JP4051369B2 - Apparatus, method and program for converting lexical data to data - Google Patents

Description

  The present invention relates to an apparatus, a method, and a program for converting a lexical phrase including a plurality of words into another data including one piece of information specified by the plurality of words.

  For example, a bank or the like may require a customer information (CIF) analysis process using a computer for a settlement instruction message received (CIF means a customer information file). .) Specifically, for example, a combination of a plurality of words “GETRONICS”, “FOODS”, “CO., LTD”, and “AKASAKA” in the word “GETRONICS FOODS CO., LTD 1-2-34 AKASAKA” It is necessary to convert the customer code (that is, the CIF code) to “1234567”.

  Conventionally, this conversion processing is performed as follows. That is, a customer code table of a combination of a plurality of words specifying a customer code and a corresponding customer code is stored in the storage device in advance. Next, a plurality of words to be converted are extracted from the input data, and the extracted plurality of words and a plurality of words in the customer code table are subjected to character string comparison. (See Patent Document 1 for such an example.)

  However, since such character string comparison is performed for each character (in 1-byte units), especially when a large amount of data is targeted, the processing is performed at high speed due to the search time required for the processing. There was a problem that could not be done.

  As a method for overcoming such a problem, it is possible to symbolize a dictionary used for converting a lexical in a message into a CIF code on a main memory using a memory address as a symbol. It was proposed in a patent application (see Patent Document 2). Specifically, a basic word dictionary associated with each of a plurality of words and their attribute information and registered in the secondary storage device in advance, a combination of two words registered in the basic word dictionary, and a key The nuclear name dictionary that is pre-registered in the secondary storage device in association with the selected word in the set and the symbol specified by the set, the symbol and another word not included in the set, and the The full name dictionary registered in advance in the secondary storage device in association with the symbol and the CIF code specified by another word is symbolized on the main memory using the memory address as a symbol. By referring to the symbolized basic word dictionary, an address corresponding to the word included in the converted lexical phrase is acquired. A pair that matches two addresses (one of which is a key) is found from the symbolized nuclear name dictionary, and then a pair that matches the other address is found from the symbolized full name dictionary, The conversion token is converted into a target CIF code.

  As described above, this method is a specification in which a key (symbol) that associates each dictionary is directly assigned to a physical memory address. When such a specification is used, the memory address is dynamically allocated as a characteristic of the computer. Therefore, each time the program is loaded into the memory, the key relationship between the dictionaries is changed to the acquired memory address. It is necessary to replace and generate, and in this respect, high load and required time are required in the program initial processing.

  As a method for overcoming such a problem, a logical index representing each word is allocated in advance, and the word and the corresponding logical index are stored in a dictionary in association with each other, and this is expanded in a memory. It was proposed in patent applications prior to this patent application (see Patent Documents 3 and 4).

  In addition, when performing an analysis process for converting a word into a logical index, some words to be analyzed have the same semantic content in the analysis process, although the notation is different. Although different logical indexes may be assigned to these words individually, they have the same semantic content in the analysis process, so even if the same logical index is assigned, no problem occurs in the analysis process, and there is a waste in processing efficiency. It can be omitted. Therefore, it has been proposed in patent applications prior to this patent application to store a plurality of words having the same semantic content in the analysis process although they are different in notation in one line of the word column of the basic word dictionary. (See Patent Document 4).

  Furthermore, when converting a lexical into data, in order to improve the accuracy of analysis processing so that one lexical can be correctly converted even if there is an inclusion relationship that includes the other lexical, A set of logical index sets and their corresponding CIF codes are stored in the name dictionary and are not included in the included logical index set, so they are not used directly to identify CIF codes, but identify CIF codes A logical index corresponding to an unnecessary word, which is a word that assists the user, is stored in the unnecessary word dictionary in association with the CIF code, and is converted into a set of lexical logical indexes including unnecessary words. The CIF code is specified by comparing (partial matching) with the logical index set of the name dictionary including the logical index. Proposed in prior patent application from the patent application (see Patent Document 5).

In addition, a method for shortening access time by attaching an index to a word on a dictionary and associating it with a storage position on a disk is known (see, for example, Patent Document 6).
JP 2002-56005 A Patent application for Japanese Patent Application No. 2003-115287 Patent application for Japanese Patent Application No. 2004-89101 Patent application No. 2004-89121 Patent application for Japanese Patent Application No. 2004-274422 JP-A-7-36900

  By the way, the name is “THE BANK OF TOKYO-NAKAMORI LTD”, for example, and the CIF code is assigned, for example, “870000”, and each word of the above-mentioned name, that is, “THE” is assigned to the basic word dictionary. ”,“ BANK ”,“ OF ”,“ TOKYO-NAKAMORI ”,“ LTD ”, and“ TOKYO ”and“ NAKAMORI ”are registered together with assigned logical indexes, and the name dictionary includes the above names. Assume that a set of corresponding logical indexes is registered together with the CIF code. In this case, when “THE BANK OF TOKYO-NAKAMORI LTD” is input as a name, each word of the name is converted into a logical index, and the logical set registered in the name dictionary and the set of converted logical indexes The CIF code can be specified by comparing with the set of indexes. However, in the above-described conventional method, when “THE BANK OF TOKYO NAKAMORI LTD” is input as a name, each word of the name is converted into a logical index, and the converted logical index set and name dictionary are converted into a logical dictionary. Even if the set of registered logical indexes is compared, the logical index of “TOKYO” and “NAKAMORI” is different from the logical index of “TOKYO-NAKAMORI”, so the CIF code cannot be specified and analyzed. It becomes NG as impossible.

Thus, even if a slight difference occurs in the input data of the name, for example, whether or not two words are connected with a hyphen, the CIF code cannot be specified by the conventional method.
It is an object of the present invention to make analysis impossible even if a lexical word including a plurality of words, for example, a lexical word including a plurality of words registered in the name dictionary, for example, a word having a slightly different form from the name, is input as name input data. First, it is possible to improve the analysis power by converting the information into one correct information specified by a lexical word including a plurality of words registered in the name dictionary, for example, a CIF code.

The device according to the invention of claim 1, wherein the lexical including a plurality of words, a device for converting the other data including one of the information specified by the plurality of words, each of the plurality of words, A basic word dictionary that is pre-registered in the storage means in association with a logical index that represents each word, and a set of logical indexes that correspond to a set of words that combine words registered in the basic word dictionary , Name dictionary pre-registered in storage means in association with one piece of information specified by the word set, and a logical index corresponding to some words included in the word set or included in the word set a set of logical root indexes corresponding to the set of part of a word, the logical index corresponding to a word set and format differences word word or the portion of the part or the parts of words or Serial pairs of logical root indexes corresponding to the set of word pairs and form difference of part of a word, and said one information specified by a set of the word corresponding to the set of logical indexes registered in the name dictionary The name learning dictionary that is associated and registered in advance in the storage means and the logical index group that is included when the logical index pair is inclusive relation are not included in the included word group, so It is unnecessary because it is not used when directly specifying one piece of information, but a logical index of an unnecessary word that is a word that assists in finally specifying the one piece of information is associated with the one piece of information in the storage means. comprising a unnecessary word dictionary registered in advance, and a processing engine that converts the lexical including the plurality of words into another data including one of information the identified, the processing engine Expands in memory a word registered in the basic word dictionary in association with a logical index representing each word, and sets a set of logical indexes registered in the name dictionary to each logical index. When the memory is expanded on the memory in association with the specified one information corresponding to the set, the name learning dictionary is searched using the specified one information as a key, and the specified one information is obtained. Corresponding to the logical index corresponding to the partial word or logical index set corresponding to the partial word set, and corresponding to the logical index corresponding to the malformed word or the heterogenous word set A set of logical indexes to be incorporated into the set of logical indexes, expanded in the memory, and stored in the unnecessary word dictionary. The logical index of the key word is associated with the one information and expanded in the memory, the lexical word to be converted is decomposed into words, and the basic word dictionary expanded in the memory on the memory is referred to. A logical index corresponding to the decomposed word is acquired and converted, and the logical index corresponding to the partial word or the logical index set corresponding to the partial word set and the different format word are corresponded A logical index of the unnecessary word is further included in the logical index set expanded in memory in a form in which a logical index or a set of logical indexes corresponding to the differently formed word set is incorporated in the logical index set . from a set, either composed of a plurality of logical index of the logical index corresponding to the decomposed words of the By selecting a set of logical indexes that matches the set of logical indexes and using one piece of information specified by the set of selected logical indexes, one piece of information that specifies the lexical word including the plurality of words Convert to another data containing.

An apparatus according to the invention of claim 2 is an apparatus for converting a lexical phrase including a plurality of words into another data including one piece of information specified by the plurality of words. A basic word dictionary previously registered in the storage means in association with a logical index representing each word, and a set of logical indexes corresponding to a set of words obtained by combining words registered in the basic word dictionary, Name dictionary pre-registered in storage means in association with one piece of information specified by the word set, and a logical index corresponding to some words included in the word set or included in the word set A set of logical indexes corresponding to a set of some words, a logical index corresponding to a word that is different in form from the some words or the set of some words, or the some words or One set of information specified by the set of words corresponding to the set of logical indexes registered in the name dictionary is a set of logical indexes corresponding to a set of partial words and a set of differently formed words. In order to input a name learning dictionary that is associated and stored in advance in the storage means, a processing engine that converts the lexical phrase including the plurality of words into another data including the specified one information, and information including the data Input means, and display means for displaying information including data, and the processing engine associates words registered in the basic word dictionary with a logical index representing each word on a memory. The memory is expanded, and the set of logical indexes registered in the name dictionary is associated with the specified one piece of information corresponding to each set of logical indexes. When the memory is expanded above, the name learning dictionary is searched using the specified one information as a key, and the logical index corresponding to the partial word corresponding to the specified one information or the one A set of logical indexes corresponding to a set of words in a part and a logical index corresponding to the word of different format or a set of logical indexes corresponding to a set of different format words in the set of logical indexes; Expand the memory above, decompose the lexical word to be converted into words, refer to the basic word dictionary expanded in memory on the memory, obtain and convert the logical index corresponding to the decomposed word, A logical index corresponding to the partial word or a set of logical indexes corresponding to the partial set of words and a logical index corresponding to the word of different format Corresponding to the decomposed word from the set of logical indexes expanded in memory in a form in which a set of logical indexes corresponding to dex or the differently formed word set is incorporated into the set of logical indexes By selecting a set of logical indexes that matches one of the sets of logical indexes composed of a plurality of logical indexes, and using one piece of information specified by the selected set of logical indexes And converting the lexical word including the plurality of words into another data including the one specified information, and a logical index corresponding to the partial word or a logical index corresponding to the partial word set. A logical index corresponding to a pair and a differently formed word or a logical index corresponding to the differently formed word A plurality of logical indexes among the logical indexes corresponding to the decomposed words from the logical index set expanded in memory in a form in which a set of data is incorporated into the logical index set When selecting a logical index set that matches any logical index set, if there is no matching logical index set, the logical index corresponding to the decomposed word is displayed on the display means; The name dictionary is searched by using one piece of information, which is estimated by the operator from the logical index corresponding to the decomposed word displayed on the display means and inputted through the input means as a key. A set of logical indexes corresponding to the one piece of estimated information is obtained, and A logical index corresponding to a difference between a logical index corresponding to a word and the set of the obtained logical indexes, the logical index of the identified difference as a logical sum relationship, and the one piece of estimated information It associates and registers with the said name learning dictionary.

An apparatus according to the invention of claim 3 is an apparatus for converting a lexical phrase including a plurality of words into another data including one piece of information specified by the plurality of words, wherein each of the plurality of words is A basic word dictionary that is pre-registered in the storage means in association with a logical index that represents each word, and a set of logical indexes that correspond to a set of words that combine words registered in the basic word dictionary, Name dictionary pre-registered in storage means in association with one piece of information specified by the word set, and a logical index corresponding to some words included in the word set or included in the word set A set of logical indexes corresponding to a set of some words, a logical index corresponding to a word that is different in form from the some words or the set of some words, or the some words or One set of information specified by the set of words corresponding to the set of logical indexes registered in the name dictionary is a set of logical indexes corresponding to a set of partial words and a set of differently formed words. In order to input a name learning dictionary that is associated and stored in advance in the storage means, a processing engine that converts the lexical phrase including the plurality of words into another data including the specified one information, and information including the data Input means, and display means for displaying information including data, and the processing engine associates words registered in the basic word dictionary with a logical index representing each word on a memory. The memory is expanded, and the set of logical indexes registered in the name dictionary is associated with the specified one piece of information corresponding to each set of logical indexes. When the memory is expanded above, the name learning dictionary is searched using the specified one information as a key, and the logical index corresponding to the partial word corresponding to the specified one information or the one A set of logical indexes corresponding to a set of words in a part and a logical index corresponding to the word of different format or a set of logical indexes corresponding to a set of different format words in the set of logical indexes; Expand the memory above, decompose the lexical word to be converted into words, refer to the basic word dictionary expanded in memory on the memory, obtain and convert the logical index corresponding to the decomposed word, A logical index corresponding to the partial word or a set of logical indexes corresponding to the partial set of words and a logical index corresponding to the word of different format Corresponding to the decomposed word from the set of logical indexes expanded in memory in a form in which a set of logical indexes corresponding to dex or the differently formed word set is incorporated into the set of logical indexes By selecting a set of logical indexes that matches one of the sets of logical indexes composed of a plurality of logical indexes, and using one piece of information specified by the selected set of logical indexes And converting the lexical word including the plurality of words into another data including the one specified information and corresponding to the decomposed word by referring to the basic word dictionary expanded in the memory. When there is a word that cannot get the logical index when acquiring and converting the logical index to be identified, identify the word, A logical index corresponding to the identified word and the decomposed word is displayed on the display means, and from the specified word displayed on the display means and the logical index corresponding to the decomposed word The name dictionary is searched by using one piece of information estimated by the operator and input through the input means by the operator as a key, and a set of logical indexes corresponding to the one piece of estimated information is obtained. Identifying a difference word and a logical index between a logical index corresponding to the identified word and the decomposed word and the set of obtained logical indexes, and assigning a logical index to the difference word; Registering in the basic word dictionary, replacing the difference word with the corresponding logical index, and Words and a logical index as a logical OR relationship, and register with one of information in association with the name learning dictionaries the estimation.

An apparatus according to claim 4 is an apparatus for converting a lexical phrase including a plurality of words into another data including one piece of information specified by the plurality of words. A basic word dictionary that is pre-registered in the storage means in association with a logical index that represents each word, and a set of logical indexes that correspond to a set of words that combine words registered in the basic word dictionary, Name dictionary pre-registered in storage means in association with one piece of information specified by the word set, and a logical index corresponding to some words included in the word set or included in the word set A logical index set corresponding to a set of some words, a logical index corresponding to a word that is different in form from the partial words or the partial set of words, or the partial words or One set of information specified by the set of words corresponding to the set of logical indexes registered in the name dictionary is a set of logical indexes corresponding to a set of partial words and a set of differently formed words. The name learning dictionary that is associated and registered in advance in the storage means and the logical index group that is included when the logical index pair is inclusive relation are not included in the included word group, so It is unnecessary because it is not used when directly specifying one piece of information, but a logical index of an unnecessary word that is a word that assists in finally specifying the one piece of information is associated with the one piece of information in the storage means. An unnecessary word dictionary registered in advance, a processing engine for converting a lexical word including the plurality of words into another data including the specified one information, and information including the data are input. Input means for, and display means for displaying information, including data, the processing engine, a word registered in the basic dictionary, the memory in association with the logical index representation each word And when the logical index set registered in the name dictionary is associated with the specified one information corresponding to each logical index set and expanded in the memory, the specified The name learning dictionary is searched using one piece of information as a key, and a logical index corresponding to the partial word or a logical index corresponding to the partial set of words corresponding to the specified one piece of information. A logical index corresponding to a pair of different words and a logical index corresponding to a pair of different words. Incorporated into a set of data, expands the memory on the memory, associates the logical index of the unnecessary word registered in the unnecessary word dictionary with the one information, expands the memory on the memory, and converts the lexical phrase to be converted The logical index corresponding to the partial word is obtained by converting the logical index corresponding to the decomposed word by referring to the basic word dictionary expanded into the memory and expanded in the memory, or the logical index corresponding to the partial word or the A form in which a set of logical indexes corresponding to a part of a set of words and a logical index corresponding to the words having different forms or a set of logical indexes corresponding to sets of words having different forms are incorporated into the set of logical indexes. From the set including the logical index of the unnecessary word in the set of logical indexes expanded in the memory, the decomposed unit A logical index set that matches any logical index set composed of a plurality of logical indexes among the logical indexes corresponding to is selected, and one piece of information specified by the selected logical index set is selected. By using the method, the lexical phrase including the plurality of words is converted into another data including the specified one information, and the logical index pair that matches the logical index pair is selected. If there is no set of matching logical indexes, the logical index corresponding to the decomposed word is displayed on the display means, and an operator is calculated from the logical index corresponding to the decomposed word displayed on the display means. One information estimated by the operator and input through the input means by the operator Search the name dictionary and the unnecessary word dictionary as keys to obtain a set of logical indexes including unnecessary words corresponding to the estimated one information, and a logical index corresponding to the decomposed word; A logical index of a difference from the acquired set of logical indexes is specified, and the logical index of the specified difference is set as a logical sum relationship and associated with the estimated one information in the name learning dictionary. sign up.

The device according to claim 5 is a conversion device that converts a lexical phrase including a plurality of words into another data including one piece of information specified by the plurality of words, each of the plurality of words A basic word dictionary pre-registered in the storage means in association with a logical index representing each word, and a set of logical indexes corresponding to a set of words obtained by combining words registered in the basic word dictionary A name dictionary pre-registered in the storage means in association with one piece of information specified by a word set, and a logical index corresponding to some words included in the word set or one included in the word set A logical index set corresponding to a set of partial words, a logical index corresponding to the partial word or a word different in form from the partial set of words, or the partial word or One set of information specified by the set of words corresponding to the set of logical indexes registered in the name dictionary is a set of logical indexes corresponding to a set of partial words and a set of differently formed words. A name learning dictionary associated with the storage means and registered in advance in a storage unit; and a first processing engine that converts a lexical phrase including the plurality of words into another data including the specified information. The processing engine in the memory expands the word registered in the basic word dictionary in a memory in association with the logical index representing each word, and sets the logical index set registered in the name dictionary to each When the memory is expanded in the memory in association with the specified one information corresponding to the set of logical indexes, the name learning is performed using the specified one information as a key. The dictionary is searched, and the logical index corresponding to the partial word or the logical index corresponding to the partial set of words corresponding to the specified information, A logical index set corresponding to a corresponding logical index or a pair of different words is incorporated into the logical index set and expanded in the memory, and a lexical word to be converted is decomposed into words, The logical index corresponding to the decomposed word is obtained and converted by referring to the basic word dictionary expanded in the memory, and the logical index corresponding to the partial word or the partial word set is supported. A logical index set corresponding to the different-form words or a logical index set corresponding to the different-form words. One of the logical indexes composed of a plurality of logical indexes among the logical indexes corresponding to the decomposed words from the set of logical indexes expanded in memory in a form incorporated in the set of logical indexes A set of logical indexes that matches the set of and using one piece of information specified by the set of selected logical indexes, including the one piece of information specified by the lexical phrase including the plurality of words For the conversion device for converting to another data, the name learning dictionary includes a logical index corresponding to the partial word or a set of logical indexes corresponding to the partial word set, In an apparatus for registering a logical index corresponding to a word or a set of logical indexes corresponding to a pair of differently formatted words, A first processing engine that includes a logical index corresponding to the partial word or a set of logical indexes corresponding to the partial set of words, and a logical index corresponding to the malformed word or the malformed word; A plurality of logical indexes among the logical indexes corresponding to the decomposed words out of the logical index sets expanded in memory in a form in which the logical index set corresponding to the set is incorporated into the logical index set. When selecting a logical index set that matches one of the logical index sets composed of indexes, if there is no matching logical index set, the logical index corresponding to the decomposed word is stored in advance. Analysis NG logical index set file to be input and input method for inputting information including data Display means for displaying information including data, a logical index corresponding to the partial word or a set of logical indexes corresponding to the partial word set, and a logical index corresponding to the word of different format Or a second processing engine for registering a set of logical indexes corresponding to the differently formed word set, wherein the second processing engine responds to a search command input by the operator via the input means. The logical index corresponding to at least the corresponding decomposed word is retrieved from the analysis NG logical index set file, displayed on the display means, and the decomposed information displayed on the display means Estimated by the operator from the logical index corresponding to the word, and input by the operator via the input means The name dictionary is searched using only one information as a key, a set of logical indexes corresponding to the estimated one information is obtained, and the logical index corresponding to the decomposed word and the obtained A logical index of a difference from a set of logical indexes is specified, and the specified logical index of the difference is registered in the name learning dictionary as a logical sum relationship and associated with the one piece of estimated information.

According to a sixth aspect of the present invention, there is provided a basic word dictionary in which each of a plurality of words is associated with a logical index representing each word and is registered in advance in storage means, and is registered in the basic word dictionary. A set of logical indexes corresponding to a set of words obtained by combining existing words is included in a name dictionary that is registered in advance in storage means in association with one piece of information specified by the set of words, and included in the set of words A logical index corresponding to a partial word or a set of logical indexes corresponding to a partial set of words included in the set of words, and a different format from the partial word or the partial set of words. A logical index corresponding to a word, or a set of logical indexes corresponding to a pair of words that is different in form from the partial word or a set of the partial words, and a logic registered in the name dictionary. Name learning dictionary registered in advance in storage means in association with one piece of information specified by the set of words corresponding to a set of indexes, and a logical index to be included when the set of logical indexes is in an inclusion relationship Is not included in the set of included words and is not used when directly specifying the one information, but is a word that assists in finally specifying the one information. An unnecessary word dictionary in which a logical index of an unnecessary word is associated with the one information and registered in advance in a storage unit, and one piece of information that specifies a lexical word including a plurality of words by the plurality of words In a computer that converts the data into another data, the words registered in the basic word dictionary are associated with a logical index representing each word and stored in a memory. A step of expanding, and when the set of logical indexes registered in the name dictionary is associated with the specified one piece of information corresponding to each set of logical indexes and expanded in the memory, the specified The name learning dictionary is searched using one piece of information as a key, and a logical index corresponding to the partial word or a logical index corresponding to the partial set of words corresponding to the specified one piece of information. A set of a logical index corresponding to the different-form word or a set of logical indexes corresponding to the different-form word into the logical index set and expanding the memory in the memory; and the unnecessary word A step of developing a logical index of an unnecessary word registered in a dictionary in the memory in association with the one information Decomposing a lexical word to be converted into a word, referring to a basic word dictionary expanded in memory on the memory, obtaining and converting a logical index corresponding to the decomposed word, Logical index corresponding to the partial word or logical index set corresponding to the partial word set, logical index corresponding to the different format word or logical index corresponding to the different format word set The logic corresponding to the decomposed word from the set including the logical index of the unnecessary word in the logical index set expanded in memory in the form in which the set of the logical index is incorporated into the logical index set. A set of logical indexes that matches one of the sets of logical indexes composed of multiple logical indexes of the indexes Selecting and using one piece of information specified by the set of selected logical indexes to convert the lexical word containing the plurality of words into another data containing the one piece of specified information. Let

According to a seventh aspect of the present invention, there is provided a basic word dictionary in which each of a plurality of words is associated with a logical index representing each word and is registered in advance in storage means, and is registered in the basic word dictionary. A set of logical indexes corresponding to a set of words obtained by combining existing words is included in a name dictionary that is registered in advance in storage means in association with one piece of information specified by the set of words, and included in the set of words A logical index corresponding to a partial word or a set of logical indexes corresponding to a partial set of words included in the set of words, and a different format from the partial word or the partial set of words. A logical index corresponding to a word, or a set of logical indexes corresponding to a pair of words that is different in form from the partial word or the partial set of words is registered in the name dictionary. A name learning dictionary registered in advance in the storage means in association with one piece of information specified by the set of words corresponding to a set of indexes, and a lexical phrase including a plurality of words is specified by the plurality of words A computer for converting into another data including one piece of information; a step of expanding a word registered in the basic word dictionary in a memory in association with a logical index representing each word; When a set of registered logical indexes is associated with the specified one information corresponding to each set of logical indexes and expanded in the memory, the name learning is performed using the specified one information as a key. A logical index corresponding to the part of the word or the part of the word corresponding to the specified information by searching the dictionary A logical index set corresponding to a set and a logical index corresponding to the different format word or a logical index set corresponding to the different format word are incorporated into the logical index set and expanded in the memory. A step of decomposing a lexical word to be converted into words, a step of obtaining and converting a logical index corresponding to the decomposed word with reference to a basic word dictionary expanded in the memory And a logical index corresponding to the partial word or a set of logical indexes corresponding to the partial set of words, and a logical index corresponding to the malformed word or a pair of malformed words. The memory-expanded logical index set in which the logical index set is incorporated into the logical index set. A logical index set that matches one of the logical index sets composed of a plurality of logical indexes among the logical indexes corresponding to the decomposed word is selected, and the selected logical index is selected. Converting a lexical phrase including the plurality of words into another data including the specified information, and a logical index corresponding to the partial word. Alternatively, a set of logical indexes corresponding to the partial set of words and a logical index corresponding to the different-form words or a set of logical indexes corresponding to the different-form words are incorporated into the set of logical indexes. From the set of logical indices expanded in memory, the logical When selecting a logical index set that matches one of the logical index sets composed of a plurality of logical indexes in the list, if there is no matching logical index set, the decomposed word is A step of displaying a corresponding logical index on a display means, and an operator inferred from the logical index corresponding to the decomposed word displayed on the display means and input by the operator via the input means Searching the name dictionary using one information as a key to obtain a set of logical indexes corresponding to the estimated one information, and obtaining the logical index corresponding to the decomposed word Identifying a logical index of a difference from a set of logical indexes, The logical index constant by the differential as a logical OR relationship, said and a step of registering the name learning dictionary in association with one of the information and said estimated.

A method according to an eighth aspect of the invention includes a basic word dictionary registered in advance in a storage means in association with a logical index representing each word, and a plurality of words registered in the basic word dictionary. A set of logical indexes corresponding to a set of words obtained by combining existing words is included in a name dictionary that is registered in advance in storage means in association with one piece of information specified by the set of words, and included in the set of words A logical index corresponding to a partial word or a set of logical indexes corresponding to a partial set of words included in the set of words, and a different format from the partial word or the partial set of words. A logical index corresponding to a word, or a set of logical indexes corresponding to a pair of words that is different in form from the partial word or the partial set of words is registered in the name dictionary. A name learning dictionary registered in advance in the storage means in association with one piece of information specified by the set of words corresponding to a set of indexes, and a lexical phrase including a plurality of words is specified by the plurality of words A computer for converting into another data including one piece of information; a step of expanding a word registered in the basic word dictionary in a memory in association with a logical index representing each word; When a set of registered logical indexes is associated with the specified one information corresponding to each set of logical indexes and expanded in the memory, the name learning is performed using the specified one information as a key. A logical index corresponding to the part of the word or the part of the word corresponding to the specified information by searching the dictionary A logical index set corresponding to a set and a logical index corresponding to the different format word or a logical index set corresponding to the different format word are incorporated into the logical index set and expanded in the memory. A step of decomposing a lexical word to be converted into words, a step of obtaining and converting a logical index corresponding to the decomposed word with reference to a basic word dictionary expanded in the memory And a logical index corresponding to the partial word or a set of logical indexes corresponding to the partial set of words, and a logical index corresponding to the malformed word or a pair of malformed words. The memory-expanded logical index set in which the logical index set is incorporated into the logical index set. A logical index set that matches one of the logical index sets composed of a plurality of logical indexes among the logical indexes corresponding to the decomposed word is selected, and the selected logical index is selected. Converting a lexical phrase including the plurality of words into another data including the specified information, and a basic word expanded in the memory When obtaining and converting a logical index corresponding to the decomposed word with reference to the dictionary, if there is a word for which a logical index cannot be obtained, the word is specified, the identified word and the decomposition Displaying a logical index corresponding to the designated word on the display means, and the identified word and the word displayed on the display means. One name estimated by the operator from the logical index corresponding to the decomposed word and searching the name dictionary using one piece of information input by the operator through the input means as a key Obtaining a set of logical indexes corresponding to, and identifying a difference word and logical index between the identified word and the logical index corresponding to the decomposed word and the obtained logical index set Assigning a logical index to the difference word and registering it in the basic word dictionary, replacing the difference word with a corresponding logical index, and replacing the identified difference word and logical index with each other. The name learning dictionary as a logical sum relationship and associated with the estimated one information And a step of registering.

The method according to the ninth aspect of the invention includes a basic word dictionary registered in advance in a storage means in association with a logical index representing each word, and a plurality of words registered in the basic word dictionary. A set of logical indexes corresponding to a set of words obtained by combining existing words is included in a name dictionary that is registered in advance in storage means in association with one piece of information specified by the set of words, and included in the set of words A logical index corresponding to a partial word or a set of logical indexes corresponding to a partial set of words included in the set of words, and a different format from the partial word or the partial set of words. A logical index corresponding to a word, or a set of logical indexes corresponding to a pair of words that is different in form from the partial word or the partial set of words is registered in the name dictionary. Name learning dictionary registered in advance in storage means in association with one piece of information specified by the set of words corresponding to a set of indexes, and a logical index to be included when the set of logical indexes is in an inclusion relationship Is not included in the set of included words and is not used when directly specifying the one information, but is a word that assists in finally specifying the one information. An unnecessary word dictionary in which a logical index of an unnecessary word is associated with the one information and registered in advance in a storage unit, and one piece of information that specifies a lexical word including a plurality of words by the plurality of words In a computer that converts the data into another data, the words registered in the basic word dictionary are associated with a logical index representing each word and stored in a memory. A step of expanding, and when the set of logical indexes registered in the name dictionary is associated with the specified one piece of information corresponding to each set of logical indexes and expanded in the memory, the specified The name learning dictionary is searched using one piece of information as a key, and a logical index corresponding to the partial word or a logical index corresponding to the partial set of words corresponding to the specified one piece of information. A set of a logical index corresponding to the different-form word or a set of logical indexes corresponding to the different-form word into the logical index set and expanding the memory in the memory; and the unnecessary word A step of developing a logical index of an unnecessary word registered in a dictionary in the memory in association with the one information Decomposing a lexical word to be converted into a word, referring to a basic word dictionary expanded in memory on the memory, obtaining and converting a logical index corresponding to the decomposed word, Logical index corresponding to the partial word or logical index set corresponding to the partial word set, logical index corresponding to the different format word or logical index corresponding to the different format word set The logic corresponding to the decomposed word from the set including the logical index of the unnecessary word in the logical index set expanded in memory in the form in which the set of the logical index is incorporated into the logical index set. A set of logical indexes that matches one of the sets of logical indexes composed of multiple logical indexes of the indexes Converting the lexical phrase including the plurality of words into another data including the specified one information by selecting and using one information specified by the selected set of logical indexes; and Displaying a logical index corresponding to the decomposed word on the display means when selecting a logical index set that matches any of the logical index sets, if there is no matching logical index set; The name dictionary and the unnecessary are estimated by an operator from the logical index corresponding to the decomposed word displayed on the display means and input by the operator via the input means as a key. A word dictionary is searched and a logical index including an unnecessary word corresponding to the one piece of estimated information is searched. Determining a logical index of a difference between the logical index corresponding to the decomposed word and the set of logical indexes acquired, and logically calculating the logical index of the identified difference. A step of registering in the name learning dictionary as a sum relation and associating with the estimated one information is executed.

The method according to claim 10 is a method in which each of a plurality of words is associated with a logical index representing each word in advance in a storage unit and registered in the basic word dictionary. A set of logical indexes corresponding to a set of words obtained by combining existing words is included in a name dictionary that is registered in advance in storage means in association with one piece of information specified by the set of words, and included in the set of words A logical index corresponding to a partial word or a set of logical indexes corresponding to a partial set of words included in the set of words, and a different format from the partial word or the partial set of words. A logical index corresponding to a word or a set of logical indexes corresponding to a pair of words or a part of a word that is different in form from the part of the word or the part of the part of the word is registered in the name dictionary. A name learning dictionary pre-registered in the storage means in association with one piece of information specified by the set of words corresponding to the set of indexes, and a lexical phrase including a plurality of words is specified by the plurality of words A computer for converting into another data including one piece of information; a step of expanding a word registered in the basic word dictionary in a memory in association with a logical index representing each word; When a set of registered logical indexes is associated with the specified one information corresponding to each set of logical indexes and expanded in the memory, the name learning is performed using the specified one information as a key. A dictionary is searched, and a logical index corresponding to the part of words or a part of the unit corresponding to the specified one piece of information. A set of logical indexes corresponding to the set of logical indexes and a set of logical indexes corresponding to the differently formed words or a set of logical indexes corresponding to the differently formed words are incorporated into the set of logical indexes and stored in the memory. A step of expanding, a step of decomposing a lexical word to be converted into words, and obtaining and converting a logical index corresponding to the decomposed word with reference to a basic word dictionary expanded in the memory. A step, a logical index corresponding to the partial word or a logical index set corresponding to the partial word set, and a logical index corresponding to the malformed word or the heterogenous word set Of the logical index expanded in memory in a form in which a set of logical indexes to be incorporated is incorporated into the set of logical indexes. From the set, a logical index set that matches any logical index set composed of a plurality of logical indexes among the logical indexes corresponding to the decomposed word is selected, and the selected logical index is selected. Converting one lexical word including the plurality of words into another data including the one specified information by using one piece of information specified by a set of indexes, and a logic corresponding to the partial word The logical index set corresponding to the index or the partial word set, and the logical index corresponding to the malformed word or the logical index set corresponding to the malformed word are set as the logical index set. From the set of logical indexes expanded in memory in an embedded form, a logical image corresponding to the decomposed word is stored. When selecting a logical index set that matches any logical index set composed of a plurality of logical indexes of the dex, if there is no matching logical index set, the decomposed word is Pre-store the corresponding logical index in the analysis NG logical index set file, and in response to a search command input by the operator via the input means, at least the corresponding from the analysis NG logical index set file The logical index corresponding to the decomposed word is retrieved and displayed on the display means, and the operator is estimated from the logical index corresponding to the decomposed word displayed on the display means, and the operator 1 input through the input means by The name dictionary is searched using the information of the key as a key to obtain a set of logical indexes corresponding to the estimated one information, the logical index corresponding to the decomposed word, and the acquired A step of specifying a logical index of a difference from a set of logical indexes, and a step of registering the logical index of the specified difference in the name learning dictionary as a logical sum relationship and in association with the one piece of estimated information And execute.

According to an eleventh aspect of the present invention, there is provided a basic word dictionary in which each of a plurality of words is associated with a logical index representing each word and registered in a storage unit in advance, and is registered in the basic word dictionary. A set of logical indexes corresponding to a set of words obtained by combining existing words is included in a name dictionary that is registered in advance in storage means in association with one piece of information specified by the set of words, and included in the set of words A logical index corresponding to a partial word or a set of logical indexes corresponding to a partial set of words included in the set of words, and a different format from the partial word or the partial set of words. A logical index corresponding to a word or a set of logical indexes corresponding to a pair of words that is different in form from the partial word or the set of partial words is registered in the name dictionary. The name learning dictionary registered in advance in storage means in association with one piece of information specified by the set of words corresponding to the set of logical indexes and the set of logical indexes are included if they are in an inclusion relationship. A set of logical indexes is not included in the included word set and is not used when directly specifying the one piece of information, but assists in finally identifying the one piece of information. An unnecessary word dictionary that is pre-registered in the storage means in association with the one piece of information, and that includes a plurality of words that are specified by the plurality of words. A computer that converts the data into another data including information, and associates the words registered in the basic word dictionary with a logical index representing each word. When the memory is expanded on the memory in association with the specified one piece of information corresponding to each logical index set. The name learning dictionary is searched using one piece of information as a key, and a logical index corresponding to the part of the word or a logic corresponding to the part of the pair of words corresponding to the one piece of specified information. A set of indexes and a logical index corresponding to the malformed word or a set of logical indexes corresponding to the malformed word are incorporated into the set of logical indexes and expanded in the memory; and The logical index of unnecessary words registered in the unnecessary word dictionary is associated with the one information and expanded in the memory. A step of decomposing a lexical word to be converted into a word, a step of obtaining and converting a logical index corresponding to the decomposed word with reference to a basic word dictionary expanded in the memory. , A logical index corresponding to the partial word or a logical index set corresponding to the partial word set, and a logical index corresponding to the malformed word or a logical index corresponding to the malformed word set. Corresponding to the decomposed word from the set including the logical index of the unnecessary word in the logical index set expanded in memory in a form in which the index set is incorporated into the logical index set. A logical index that matches one of the logical index sets that are composed of multiple logical indexes. A pair of words, and using one piece of information specified by the set of selected logical indexes, the lexical word containing the plurality of words is converted into another data containing the one piece of specified information. Step.

The program according to the invention of claim 12 includes a basic word dictionary pre-registered in a storage means in association with a logical index representing each word, and a plurality of words registered in the basic word dictionary. A set of logical indexes corresponding to a set of words obtained by combining existing words is included in a name dictionary that is registered in advance in storage means in association with one piece of information specified by the set of words, and included in the set of words A logical index corresponding to a partial word or a set of logical indexes corresponding to a partial set of words included in the set of words, and a different format from the partial word or the partial set of words. A logical index corresponding to a word or a set of logical indexes corresponding to a pair of words or a part of a word that is different in form from the partial word or the pair of words A name learning dictionary pre-registered in the storage means in association with one piece of information specified by the set of words corresponding to the set of logical indexes, and specifying a lexical phrase including a plurality of words by the plurality of words Expanding the words registered in the basic word dictionary in a memory in association with a logical index representing each word in a computer that converts the data into another data including one piece of information, and the name When a set of logical indexes registered in the dictionary is associated with the specified information corresponding to each set of logical indexes and expanded in the memory, the specified information is used as a key. The name learning dictionary is searched, and the logical index corresponding to the part of words corresponding to the specified one information or the one A logical index set corresponding to the word set and a logical index corresponding to the different format word or a logical index set corresponding to the different format word are incorporated into the logical index set on the memory. Expanding a memory into a memory, decomposing a lexical word to be converted into a word, referring to a basic word dictionary expanded in the memory on the memory, and obtaining a logical index corresponding to the decomposed word; A conversion step; a logical index corresponding to the partial word or a logical index set corresponding to the partial word set; and a logical index corresponding to the malformed word or the heterogenous word set. The logical index set expanded in the memory is incorporated into the set of logical indexes corresponding to the logical index set. A set of logical indexes that matches one of the sets of logical indexes composed of a plurality of logical indexes among the logical indexes corresponding to the decomposed word, and selected Using a piece of information specified by the set of logical indexes, converting a lexical phrase including the plurality of words into another data including the specified information, and corresponding to the partial word A logical index set corresponding to the set of logical indexes or the partial word set, and a logical index corresponding to the different format word or a set of logical indexes corresponding to the different format word. Corresponds to the decomposed word from the set of logical indexes expanded in the memory in a form incorporated into the set. When selecting a logical index set that matches any logical index set composed of a plurality of logical indexes among the logical indexes, if there is no matching logical index set, the decomposed word A logical index corresponding to the display means, and a logical index corresponding to the decomposed word displayed on the display means is estimated by an operator and input by the operator via the input means. Searching the name dictionary with one piece of information as a key to obtain a set of logical indexes corresponding to the estimated one piece of information, and obtaining the logical index corresponding to the decomposed word and the obtaining Identifying a difference logical index with respect to a set of determined logical indexes; The logical index of the specified difference between the as logical sum relationship, said and a step of registering the name learning dictionary in association with one of the information and said estimated.

According to a thirteenth aspect of the present invention, there is provided a basic word dictionary in which each of a plurality of words is associated with a logical index representing each word and registered in a storage unit in advance, and is registered in the basic word dictionary. a set of logical root indexes corresponding to the set of words that combine words each other are, the name dictionary registered in advance in the storage means in association with one information specified by a set of said word, included in the set of words A logical index corresponding to a partial word or a set of logical indexes corresponding to a partial set of words included in the set of words, and a different format from the partial word or the partial set of words . a set of logical root indexes corresponding to the logical indexes or set of words set and format differences of words or word of the part of the portion corresponding to a word, registered in the name dictionary That a single information in association with the name learning dictionary registered in advance in the storage means specified by said set of words corresponding to the set of logical index, identifies the token comprising a plurality of words by the plurality of words Expanding the words registered in the basic word dictionary in a memory in association with a logical index representing each word in a computer that converts the data into another data including one piece of information, and the name When a set of logical indexes registered in the dictionary is associated with the specified information corresponding to each set of logical indexes and expanded in the memory, the specified information is used as a key. searching the name learning dictionary, logical indexes or the one corresponding to one of information the specified, corresponding to a word of the portion A set of logical root indexes corresponding to the set of words, the logical index or the memory incorporating a set of logical indexes set of logical root indexes corresponding to the set of words of the form difference corresponding to a word of difference the form Expanding a memory into a memory, decomposing a lexical word to be converted into a word, referring to a basic word dictionary expanded in the memory on the memory, and obtaining a logical index corresponding to the decomposed word; A conversion step; a logical index corresponding to the partial word or a logical index set corresponding to the partial word set; and a logical index corresponding to the malformed word or the heterogenous word set. The logical index expanded in memory is incorporated into the set of logical indexes corresponding to A set of logical indexes that matches one of the sets of logical indexes composed of a plurality of logical indexes among the logical indexes corresponding to the decomposed word, and selected by using one of information specified by a set of logical indexes have, converting the lexical including the plurality of words into another data including one of information the identified memory is expanded on the memory When there is a word for which a logical index cannot be obtained when obtaining and converting a logical index corresponding to the decomposed word with reference to the basic word dictionary, the word is identified, and the identified word and Displaying a logical index corresponding to the decomposed word on a display means; and the specified index displayed on the display means. The name is estimated by an operator from the logical index corresponding to the word and the decomposed word, and is estimated by searching the name dictionary using one piece of information input by the operator through the input means as a key. Obtaining a set of logical indexes corresponding to one piece of information, and a difference word and logical index between the logical index corresponding to the identified word and the decomposed word and the set of logical index obtained Identifying a difference index word, assigning a logical index to the difference word and registering it in the basic word dictionary, replacing the difference word with a corresponding logical index, and identifying the difference word and logic The name is related to an index as a logical sum and associated with the one piece of estimated information. Ru is executed and a step to be registered in the習辞statement.

According to a fourteenth aspect of the present invention, there is provided a basic word dictionary in which each of a plurality of words is associated with a logical index representing each word and is registered in advance in storage means, and is registered in the basic word dictionary. A set of logical indexes corresponding to a set of words obtained by combining existing words is associated with one piece of information specified by the set of words, and is included in the set of words and pre-registered in storage means A logical index corresponding to a partial word or a set of logical indexes corresponding to a partial set of words included in the set of words, and a different format from the partial word or the partial set of words. A logical index corresponding to a word or a set of logical indexes corresponding to a pair of words or a part of a word that is different in form from the partial word or the pair of words The name learning dictionary registered in advance in storage means in association with one piece of information specified by the set of words corresponding to the set of logical indexes and the set of logical indexes are included if they are in an inclusion relationship. A set of logical indexes is not included in the included word set and is not used when directly specifying the one piece of information, but assists in finally identifying the one piece of information. An unnecessary word dictionary that is pre-registered in the storage means in association with the one piece of information, and that includes a plurality of words that are specified by the plurality of words. A computer that converts the data into another data including information, and associates the words registered in the basic word dictionary with a logical index representing each word. When the memory is expanded on the memory in association with the specified one piece of information corresponding to each logical index set. The name learning dictionary is searched using one piece of information as a key, and a logical index corresponding to the part of the word or a logic corresponding to the part of the pair of words corresponding to the one piece of specified information. A set of indexes and a logical index corresponding to the malformed word or a set of logical indexes corresponding to the malformed word are incorporated into the set of logical indexes and expanded in the memory; and The logical index of unnecessary words registered in the unnecessary word dictionary is associated with the one information and expanded in the memory. A step of decomposing a lexical word to be converted into a word, a step of obtaining and converting a logical index corresponding to the decomposed word with reference to a basic word dictionary expanded in the memory. , A logical index corresponding to the partial word or a logical index set corresponding to the partial word set, and a logical index corresponding to the malformed word or a logical index corresponding to the malformed word set. Corresponding to the decomposed word from the set including the logical index of the unnecessary word in the logical index set expanded in memory in a form in which the index set is incorporated into the logical index set. A logical index that matches one of the logical index sets that are composed of multiple logical indexes. A pair of words, and using one piece of information specified by the set of selected logical indexes, the lexical word containing the plurality of words is converted into another data containing the one piece of specified information. When selecting a logical index set that matches the logical index set in any one of the steps, if there is no matching logical index set, the logical index corresponding to the decomposed word is displayed on the display means. And displaying the name by using one piece of information input by the operator via the input means as estimated from the logical index corresponding to the decomposed word displayed on the display means and the decomposed word displayed on the display means. A logical index including unnecessary words corresponding to the estimated one piece of information by searching the dictionary and the unnecessary word dictionary. Obtaining a set of files, identifying a logical index of a difference between the logical index corresponding to the decomposed word and the obtained set of logical indexes, and the logic of the identified difference A step of registering the index in the name learning dictionary in association with the estimated one piece of information as a logical sum relationship is performed.

According to a fifteenth aspect of the present invention, there is provided a basic word dictionary in which each of a plurality of words is associated with a logical index representing each word and registered in a storage unit in advance, and is registered in the basic word dictionary. A set of logical indexes corresponding to a set of words obtained by combining existing words is included in a name dictionary that is registered in advance in storage means in association with one piece of information specified by the set of words, and included in the set of words A logical index corresponding to a partial word or a set of logical indexes corresponding to a partial set of words included in the set of words, and a different format from the partial word or the partial set of words. A logical index corresponding to a word or a set of logical indexes corresponding to a pair of words or a part of a word that is different in form from the partial word or the pair of words A name learning dictionary pre-registered in the storage means in association with one piece of information specified by the set of words corresponding to the set of logical indexes, and specifying a lexical phrase including a plurality of words by the plurality of words Expanding the words registered in the basic word dictionary in a memory in association with a logical index representing each word in a computer that converts the data into another data including one piece of information, and the name When a set of logical indexes registered in the dictionary is associated with the specified information corresponding to each set of logical indexes and expanded in the memory, the specified information is used as a key. The name learning dictionary is searched, and the logical index corresponding to the part of words corresponding to the specified one information or the one A logical index set corresponding to the word set and a logical index corresponding to the different format word or a logical index set corresponding to the different format word are incorporated into the logical index set on the memory. Expanding a memory into a memory, decomposing a lexical word to be converted into a word, referring to a basic word dictionary expanded in the memory on the memory, and obtaining a logical index corresponding to the decomposed word; A conversion step; a logical index corresponding to the partial word or a logical index set corresponding to the partial word set; and a logical index corresponding to the malformed word or the heterogenous word set. The logical index set corresponding to is expanded in the form of the logical index incorporated in the logical index set. A set of logical indexes that matches one of the sets of logical indexes composed of a plurality of logical indexes among the logical indexes corresponding to the decomposed word, and selected Using a piece of information specified by the set of logical indexes, converting a lexical phrase including the plurality of words into another data including the specified information, and corresponding to the partial word A logical index set corresponding to the set of logical indexes or the partial word set, and a logical index corresponding to the different format word or a set of logical indexes corresponding to the different format word. Corresponding to the decomposed word from the set of logical indexes expanded in memory in a form incorporated into the set When selecting a logical index set that matches any logical index set composed of a plurality of logical indexes among the logical indexes, if there is no matching logical index set, the decomposed word In response to a search command input via the input means by an operator in advance, a logical index corresponding to is stored in the analysis NG logical index set file, and at least applicable from the analysis NG logical index set file The logical index corresponding to the decomposed word is retrieved and displayed on the display means, and the operator estimates from the logical index corresponding to the decomposed word displayed on the display means, Input by the operator via the input means. Searching the name dictionary using one piece of information as a key to obtain a set of logical indexes corresponding to the estimated one piece of information, and obtaining the logical index corresponding to the decomposed word and the obtaining A step of specifying a logical index of a difference from the set of specified logical indexes, and registering the specified logical index of the difference as a logical sum relationship in association with the one piece of estimated information in the name learning dictionary And executing a step.

  According to one aspect of the present invention, the name learning dictionary preferably does not include unnecessary words.

The present invention are shorted with a as described above arrangement, the lexical containing words of several, for example, as input data name, including a plurality of words registered in the name dictionary, lexical, word somewhat different form, for example, the name Can be converted into correct one information specified by a lexical word including a plurality of words registered in the name dictionary, for example, a CIF code, and thus the analysis power can be improved.

Preferred embodiments of the present invention will be described below with reference to the drawings. Throughout the drawings, the same or similar reference numerals indicate the same or similar components.
FIG. 1 shows an apparatus for converting a lexical word into data according to a preferred embodiment when the present invention is applied to a customer customer information (CIF) analysis process using a computer for a settlement instruction message received at a bank or the like. It is a figure which shows the basic composition. In FIG. 1, 10 is a processing engine composed of an arbitrary data processing device such as a main frame computer, personal computer, microprocessor, 12 is a main memory, 14 is a basic word dictionary, and 16 is a name. A dictionary, 18 is an unnecessary word dictionary, and 24 is a name learning dictionary. The basic word dictionary 14, the name dictionary 16, the unnecessary word dictionary 18, and the name learning dictionary 24 are stored in a hard disk (not shown) such as a magnetic disk. Can be stored in other storage devices. A data processing device that functions as the processing engine 10 and a hard disk that stores the main memory 12, the basic word dictionary 14, the name dictionary 16, the unnecessary word dictionary 18, and the name learning dictionary 24 are an ordinary data bus or the like ( (Not shown).

  FIG. 2 shows a state where words (hereinafter, also referred to as “basic words”) registered in advance in the basic word dictionary 14 are expanded in the main memory 12. The input data handled in the CIF analysis processing in a bank or the like is usually composed of alphabets and numerics (numeric characters), and therefore the words registered in the basic word dictionary 14 are also composed of alphabets and numerics (numeric characters). Note that the word or basic word in this specification includes not only common nouns, proper nouns, and abbreviations, but also any set of symbols having a certain meaning. As shown in FIG. 2, an example of the basic word dictionary 14 includes, as items, words, parts of speech, name attributes, code attributes, and logical indexes represented by numbers corresponding to the registered words. The number of the logical index is preferably a number expressed in binary to reduce the number of CPU processing units. The basic word dictionary of the present invention may include at least a word column for registering a basic word and a logical index column for storing a logical index of a number corresponding to the word. It is not limited to things. When a basic word is registered in the word column of the basic word dictionary 14, the logical index is assigned a number (fixed value) corresponding to the word, and is registered in the logical index column of the basic word dictionary 14. The number is also stored, that is, registered in association with. When the basic word dictionary 14 includes a basic word that is not registered in the lexical phrase to be converted, the basic word dictionary 14 registers a new basic word and a corresponding logical index, and when the basic word dictionary 14 is no longer used in the registered basic word, the basic word dictionary 14 A word and its corresponding logical index can be deleted.

  The processing engine 10 expands the basic words registered in the basic word dictionary 14 in the main memory 12 as shown in FIG. 2 before starting the conversion process. Since memory addresses are dynamically allocated, the same word is not stored at the same memory address location each time a program is memory loaded, and the memory addresses are typically different. Therefore, in this example, for the basic word “AKASAKA” in the word column, number 50 is assigned as the memory address on the main memory 12 that is dynamically assigned when the program is memory loaded at a given time. , Information relating to “AKASAKA” is stored in the place. Note that the basic word “AKASAKA” is stored in the main memory 12 in association with a fixed logical index “# 100”, in contrast to the memory address. From the viewpoint of high-speed processing, it is preferable that all the basic word dictionaries 14 are expanded in the main memory 12, but this is used when the basic words included in the lexical terms to be converted are known in advance. Only basic words may be expanded in the main memory 12, and depending on the application, the conversion processing speed may be slow, but a part of the basic words registered in the basic word dictionary 14 is expanded in the memory. When the basic word of expansion becomes necessary for the conversion process, the memory may be additionally expanded.

  FIG. 3 shows a state in which logical index sets registered in advance in the name dictionary 16 and the name learning dictionary 24 are expanded in the main memory 12. The example shown in FIG. 3 is a case where the unnecessary word dictionary 18 is not used. FIG. 3 also shows a state in which basic words registered in advance in the basic word dictionary 14 similar to FIG. 2 are expanded in the main memory 12.

  As shown in FIG. 3, the item of the name dictionary 16 is composed of one piece of information specified by a combination of a logical index set, a name, and a word indicated in the name, for example, a CIF code in this bank application example. Among the basic words registered in the basic word dictionary 14, basic words included in combinations of basic words for which the CIF code is specified are registered in advance in the name column of the name dictionary 16. As an example, it is assumed that the CIF code “870000” is specified by the word combination “THE BANK OF TOKYO-NAKAMORI LTD”. In FIG. 3, only one example of word combinations is shown, but a large number of words are actually registered. Therefore, “THE BANK OF TOKYO-NAKAMORI LTD” is registered as a character string in the first line of the name dictionary 16, and other word combinations are also registered as character strings in the second and subsequent lines. . In the column of logical index set, a set of logical indexes corresponding to these combined basic words is registered. For example, the first line of the name dictionary 16 includes “# 501, # 101, # 502, # 505, # 104” corresponding to the name “THE BANK OF TOKYO-NAKAMORI LTD” in the basic word dictionary 14. It is registered as a set of logical indexes, and the second and subsequent rows are similarly registered as other sets of logical indexes. A unique number corresponding to each name is registered in the CIF code column. For example, the CIF code “870000” corresponding to “THE BANK OF TOKYO-NAKAMORI LTD” is registered in the first line of the name dictionary 16, and another CIF code is also registered in the second and subsequent lines. .

  The name dictionary 16 can be deleted when there is a combination of basic words that are not registered in the lexical phrase to be converted, and a combination that includes a new basic word is registered, and when the combination that has been registered is no longer used.

  As shown in FIG. 3, the items in the name learning dictionary 24 are composed of a name learning dictionary word logical index set, a name learning word name, and a CIF code. The name learning word name is a word or word combination used in a name registered in the name dictionary 16 and may be input as input data in a word or word combination having a different format. For example, referring to the example of FIG. 3, the word “TOKYO-NAKAMORI” registered in the name dictionary 16 is not connected to the word “TOKYO” and the word “NAKAMORI” with a hyphen, but to a space. If there is a possibility of being input as two words, both are referred to herein as name learning word names.

  Here, it is assumed that the three words “TOKYO-NAKAMORI”, “TOKYO”, and “NAKAMORI” have been registered in the basic word dictionary 14 as shown in the basic word dictionary 14a of FIG. Since FIG. 2 and FIG. 3 have different purposes of explanation, registered words do not match. In this description, the contents of the basic word dictionary 14a expanded in the memory in FIG. 3 are registered in the basic word dictionary 14 shown in FIG. As shown in FIG. 3, the term “word learning word name” of the name learning dictionary 24 includes a word “TOKYO-NAKAMORI” and a set of words obtained by combining the word “TOKYO” and the word “NAKAMORI” with a space. Corresponding to this, in the term of the name learning dictionary word logical index, logical indexes corresponding to those words are defined as logical sum. Furthermore, the CIF code “8760000” corresponding to the name including the word “TOKYO-NAKAMORI” is registered in the CIF code section of the name learning dictionary 24.

  The name learning dictionary word logical index and the name learning word name of the name learning dictionary 24 can be defined not only as two but also as a logical sum. Further, the name learning dictionary 24 can be additionally registered or deleted when a new word or a combination of words to be registered occurs or disappears. The registration or deletion method is arbitrary in the present invention. A suitable registration method will be described later.

Next, the operation of the apparatus shown in FIG. 1 will be described with reference to the flowchart of FIG.
The processing engine 10 performs initial processing in step 100. As described with reference to FIG. 3, the words registered in the basic word dictionary 14 are expanded in the main memory 12 (the expanded state is shown as 14a in FIG. 3). Next, the logical index set registered in the name dictionary 16 and the CIF code are associated with each other and expanded in the memory on the main memory 12 as indicated by reference numeral 16a in FIG. At this time, if the name learning dictionary word logical index set exists by searching the name learning dictionary 24 using the CIF code as a key, all the corresponding name learning dictionary word logical indexes are included in the logical index of the name dictionary 16. Replace with the corresponding logical index of to expand the memory. “# 505” in the logical index set of the name dictionary 16 is expanded in memory as long as the corresponding name learning dictionary word logical index does not exist, but in this example, the corresponding name learning dictionary word logical index set. Therefore, “# 505 | # 503, # 105” (“|” represents a logical sum) is replaced with “# 505 | # 503, # 105”, and the memory is expanded in the main memory 12 as indicated by reference numeral 200 in FIG.

  Next, the processing engine 10 performs the input data analysis 110 of FIG. This will be described with reference to an example of input data shown in FIG. In step 112, it is assumed that “THE BANK OF TOKYO NAKAMORI LTD” is input as input data, as indicated by 1 in FIG. Next, as shown in 2 of FIG. 5, the space is used as a clue to break it into words. In step 114, the processing engine 10 refers to the basic word dictionary 14 a expanded in the main memory 12 as shown in 3 of FIG. 5 and acquires a logical index as indicated by reference numeral 60. Next, as shown by 4 in FIG. 5, the input data is converted into a logical index (see 62).

  Next, the processing engine 10 performs a matching process 120. In step 116 of FIG. 4, the processing engine 10 searches the name dictionary 16a expanded in the memory with the converted set of logical indexes (see 62 in 4 of FIG. 5). Since the logical index set indicated by reference numeral 64 in FIG. 3 is actually a set of two logical index sets indicated by reference numeral 66 in FIG. 5, the processing engine 10 performs processing for the input data indicated by reference numeral 62. The set of logical indexes and the set of two logical indexes indicated by reference numeral 66 are compared one by one. As a result, the lower set of the reference number 66 matches the set of logical indexes of the input data, so that “8760000” can be specified as the CIF code, and the input data is converted into this CIF code (FIG. 4). Steps 118 and 122 and reference numeral 68 in FIG. 5). If they do not match, the processing engine 10 processes as analysis NG (see step 124 in FIG. 4).

  Next, an embodiment including the unnecessary word dictionary 18 will be described below. The unnecessary word dictionary 18 fulfills a function of specifying a CIF code even when an inclusion relationship is generated between names. Here, the inclusion relationship is a state that occurs between a plurality of logical index sets registered in a dictionary such as a customer name and one of which includes registration of the other logical index set. When an important part such as a customer name is represented by a logical index set, an inclusion relationship in which one includes the other may occur between different CIF codes.

  FIG. 6 shows a state where a logical index set or a logical index registered in advance in each of the name dictionary 16, the name learning dictionary 24, and the unnecessary word dictionary 18 is expanded in the main memory 12. FIG. 6 also shows a state in which basic words registered in advance in the basic word dictionary 14 similar to FIG. 2 are expanded in the main memory 12. In FIG. 6, the constituent elements denoted by the same reference numerals as those in FIG. 3 are the same as the constituent elements indicated by the same reference numerals in FIG.

  As shown in FIG. 6, the items of the unnecessary word dictionary 18 include a CIF code and a logical index of unnecessary words. The unnecessary word is not registered in the logical index set of the name dictionary 16 and is unnecessary in that it is not used when directly specifying the CIF code, but it is a word that assists in finally specifying the CIF code. The unnecessary word is often a single word, but may be composed of a plurality of words. In the example shown in FIG. 6, “8760000” is registered in the CIF code column, and “MARUNOUCHI” is an unnecessary word for this “8760000”, so the logical index “#” corresponding to this “MARUNOUCHI” 300 "(see the basic word dictionary 14a expanded in memory shown in FIG. 6) is registered in the column of logical index of unnecessary words. Although there may be one unnecessary word, a plurality of words can become unnecessary words in this way, and therefore the unnecessary word column of the unnecessary word dictionary 18 can register a logical index of a plurality of words. Have

The unnecessary word dictionary 18 can be changed when a new inclusion relationship occurs or disappears, or when a new unnecessary word occurs or disappears.
Next, the operation of the apparatus shown in FIG. 1 including the unnecessary word dictionary 18 will be described with reference to the flowchart of FIG. 4 again.

  The processing engine 10 performs initial processing in step 100. As described with reference to FIG. 6, the words registered in the basic word dictionary 14 are expanded in the main memory 12 (the expanded state is shown as 14a in FIG. 6). Next, the logical index set registered in the name dictionary 16 and the CIF code are associated with each other, and the memory is expanded on the main memory 12 as indicated by reference numeral 16a in FIG. At this time, if the name learning dictionary word logical index exists by searching the name learning dictionary 24 using the CIF code as a key, all the corresponding name learning dictionary word logical indexes are included in the logical index of the name dictionary 16. Replace with the corresponding logical index and expand the memory. If there is no corresponding name learning dictionary word logical index, “# 505” in the logical index set of the name dictionary 16 is expanded as it is, but in this example, the corresponding name learning dictionary word logical index is Since it exists, it is replaced with “# 505 | # 503, # 105” (“|” represents a logical sum) and is expanded in the main memory 12 as indicated by reference numeral 200. Further, the CIF code registered in the unnecessary word dictionary 18 and the logical index of the unnecessary word are associated with each other and expanded in the memory on the main memory 12 as indicated by reference numeral 18a in FIG.

  Next, the processing engine 10 performs the input data analysis 110 of FIG. This will be described with reference to an example of input data shown in FIG. In step 112, it is assumed that “THE BANK OF TOKYO NAKAMORI LTD. MARUNOUCHI” is input as input data, as indicated by 1 in FIG. Next, as shown in 2 of FIG. 7, the space is used as a clue to break it down into words. In step 114, the processing engine 10 refers to the basic word dictionary 14 a expanded in the main memory 12 as shown in 3 of FIG. 7 and acquires a logical index as indicated by reference numeral 70. Next, as shown in 4 of FIG. 7, the input data is converted into a logical index (see 72).

  Next, the processing engine 10 performs a matching process 120. In step 116 of FIG. 4, the processing engine 10 searches the name dictionary 16a expanded in the memory with the converted set of logical indexes (see 72 in 4 of FIG. 7). Here, the logical index set indicated by reference numeral 64 in FIG. 6 is actually a set of two logical index sets indicated by reference numeral 76 in FIG. The set of logical indexes of the input data is compared with the set of two logical indexes indicated by reference numeral 76 one by one. At this time, if there is a logical index of an unnecessary word associated with the CIF code, the comparison is performed including the logical index of the unnecessary word corresponding to the set of the two logical indexes. In this case, there is a logical index “# 300” corresponding to “MARUNOUCHI” as an unnecessary word. The data including “# 300” (“# 300” not shown in FIG. 7) is compared. As a result, the lower set of the reference number 76 matches the set of logical indexes of the input data, so that “8760000” can be specified as the CIF code, and the input data is converted into this CIF code (FIG. 4). Steps 118 and 122 and reference numeral 78 in FIG. 7). If they do not match, the processing engine 10 processes as analysis NG (see step 124 in FIG. 4).

The name learning dictionary 24 preferably does not include unnecessary words.
Next, a preferred embodiment of the method and apparatus for registering a logical index or the like in the name learning dictionary 24 used in the apparatus of FIG. 1 will be described below with reference to FIGS.

  FIG. 8 shows a preferred embodiment of the present invention of a method and apparatus for registering a logical index or the like in the name learning dictionary 24. In FIG. 8, reference numeral 410 denotes a processing engine composed of an arbitrary data processing device such as a main frame computer, a personal computer, and a microprocessor, 412 denotes a main memory, 14 denotes a basic word dictionary, and 16 denotes a name. A dictionary, 18 is an unnecessary word dictionary, and 24 is a name learning dictionary. The processing engine 410 and main memory 412 may be the same as or different from the processing engine 10 and main memory 12 of the apparatus of FIG. The basic word dictionary 14, the name dictionary 16, the unnecessary word dictionary 18, and the name learning dictionary 24 are the same as those in the apparatus of FIG. Reference numeral 26 denotes an analysis NG logical index set file that stores a logical index set that cannot be specified for CIF and is analyzed as NG. The basic word dictionary 14, name dictionary 16, unnecessary word dictionary 18, name learning dictionary 24 and analysis NG logical index set file 26 are stored on a hard disk (not shown) such as a magnetic disk. It is not limited and can be stored in any other type of storage device. Reference numeral 30 denotes an input device such as a keyboard for inputting data and the like. Reference numeral 32 denotes a display device such as a normal liquid crystal display for displaying data and the like. A data processing device functioning as a processing engine 410, and a hard disk storing a main memory 412, a basic word dictionary 14, a name dictionary 16, an unnecessary word dictionary 18, a name learning dictionary 24, and an analysis NG logical index set file 26 The input device 30 and the display device 32 are connected to each other by a normal data bus or the like (not shown). The components and functions of the apparatus shown in FIG. 8 may be incorporated by expanding the apparatus of FIG.

First, the case of using the conventional concept of CIF identification in which the name learning dictionary 24 of the present invention does not exist will be described with reference to FIGS.
FIG. 9 shows the contents of the name dictionary 16 and the basic word dictionary of FIG. FIG. 10 shows processing until input data is converted into a logical index. It is assumed that “THE BANK OF TOKYO NAKAMORI LTD” shown as 1 in FIG. 10 is input to the apparatus shown in FIG. As shown in 2 of FIG. 10, the word is decomposed using the space as a clue. Next, as shown in 3 of FIG. 10, the logical index is acquired with reference to the basic word dictionary 14 a (FIG. 9) on the main memory 412. As shown at 4 in FIG. 10, the input data is converted into a logical index. As shown at 5 in FIG. 10, the name dictionary 16a (FIG. 9) is searched with the logical index of the input data. At this time, in the conventional matching process, the logical index “# 501, # 101, # 502, # 503, # 105, # 104” (see 300 in 4 of FIG. 10) of the input data is used. Even if the dictionary a is searched, there is a logical index “# 503, # 105” that cannot be searched, so the CIF cannot be specified and analysis NG.

Next, a processing flow for registering a logical index or the like in the name learning dictionary according to a preferred embodiment of the present invention will be described with reference to FIGS.
The logical index set described in 1 of FIG. 11 is the logical index set 300 that has been analyzed NG because the CIF could not be specified in the above example. The processing engine 410 displays the logical index set that has been analyzed NG on the display device 32 in step 202 in the input data acquisition 200 of FIG. The data that becomes the analysis NG is stored in the analysis NG logical index set file 26 of the storage device, and the processing engine 410 displays the display device 32 in response to a command input from the input device 30 by the operator. May be displayed.

  The processing engine 410 acquires input data when the operator performs correction input for the logical index set displayed on the display device 32. Specifically, as shown in Step 204 of FIG. 12 and 2 of FIG. 11, the operator inputs the CIF code “8760000” estimated from the displayed logical index set from the input device 30. Next, the processing engine 410 searches the name dictionary 16a using the input CIF code “8760000” as a key, and acquires a logical index set from the name dictionary 16a (see 302 in FIG. 11-2). In the example of FIG. 11, the processing engine 410 selects the line of the CIF code “8760000” in the name dictionary described in FIG. 501, # 101, # 502, # 505, # 104 ”are acquired (see 302 in FIG. 11-2).

  Subsequently, the processing engine 410 performs the difference specification 210 of the registered word determination process 206 of FIG. Specifically, the logical index set “# 501, # 101, # 502, # 503, # 105, # 104” (300 in FIG. 11) that is the analysis NG and the name dictionary 16 acquired in 2 of FIG. The logical index set “# 501, # 101, # 502, # 505, # 104” (302 in FIG. 11) is compared as indicated by 3 in FIG. That is, the logical index of the difference is specified. As indicated by 3 in FIG. 11, the logical indexes “# 501”, “# 101”, “# 502”, and “# 104” are present in both the logical index of the data that has been analyzed NG and the logical index of the name dictionary. It is excluded because it is the same logical index. The logical index “# 503, # 105” (see 304 in 3 of FIG. 11) and the logical index “# 505” in the name dictionary (see 306 of 3 in FIG. 11) are obtained as the analysis NG that is excluded from the exclusion. .

  Subsequently, the processing engine 410 performs a dictionary registration process 212 shown in FIG. In the example of FIG. 11, there is no word that could not be logically converted, so the determination in step 214 of FIG. 12 is “Yes”, the process proceeds to step 218, registration to the basic word dictionary 14 is not performed, and difference registration is performed. I do. FIG. 13 shows that the logical index “# 503, # 105” of the analysis NG and the logical index “# 505” of the name dictionary acquired in the registered word determination processing 206 are registered in the name learning dictionary 24 using the logical sum relationship. Indicates the state in which Specifically, as shown in FIG. 13, the logical index “# 505” and “# 503, # 105” of the identified difference are entered in the logical index set column 308 of the name learning dictionary 24, and the logical sum symbol “|”. The name learning word logical index is registered, the word acquired from the basic word dictionary 14 is registered in the name column 310, and the CIF code when the correction input is performed is registered in the CIF code column 312. (See also 308-312 in 4 of FIG. 11). Here, the name learning word logical index is a logical index that is registered on the name dictionary by representing the logical sum relationship using the symbol “|”. When registering, it is not necessary to use the “|” symbol in particular, and it is sufficient that the logical sum relationship is clarified. FIG. 13 shows the state of the dictionary after registration, and the result of registration is the same as FIG. 3 described above.

  Next, referring to FIG. 14 for the case where the analysis NG data “THE BANK OF TOKYO NAKAMORI LTD” is input again in FIG. 10 to the registered dictionary (same as FIG. 13, ie, FIG. 3). explain. FIG. 14 is the same as the case shown in FIG. 5, and the processing engine 410 (or 10) applies CIF “8700000000” to the input data in the same manner as described above with reference to FIG. 5. Identify.

As a result, the number of matching objects is widened, and the number of CIF specific elements can be increased for locations that can be recognized as synonymous.
Next, a process of registering the data of the analysis NG in the name learning dictionary 24 when the word “TOKYO” is not registered in the basic word dictionary will be described with reference to FIGS. FIG. 15 shows the state of memory expansion of the basic word dictionary 14 in which the word “TOKYO” is not registered and the state of memory expansion of the name dictionary 16. FIG. 16 is a diagram showing a process progress in which “THE BANK OF TOKYO NAKAMORI LTD” is input as input data in the state where the basic word dictionary 14 is as shown in FIG. is there. From 1 to 3 in FIG. 16, since the character string “TOKYO” is not registered in the basic word, the process proceeds without being converted into the logical index, but the other processes are the same as those in FIG. 10 described above. It is the same. Since it is an analysis NG, a logical index set including an unconverted word “TOKYO” indicated by 320 in 4 of FIG. 16 is stored in the analysis NG logical index set file 26.

FIG. 17 shows a process of registering an unregistered word in the basic word dictionary 14 and registering a logical index of the word including the word in the name learning dictionary 24. In 1 of FIG. 17, the same process as 1 of FIG. 11 is performed. However, the logical index of the input data displayed on the display device 32 is different from the case shown in FIG. 11 in that it includes the unconverted word “TOKYO” as indicated by 320 in FIG. 17 in FIG. 17 is the same processing as 2 in FIG. The process 3 in FIG. 17 is the same process as 3 in FIG. In this case, since the unconverted word is included in the processing engine 410, the unconverted words “TOKYO” and “# 105” are used as the logical index of the difference of the input data, as indicated by 322 in FIG. And precipitate. The logical index of the difference in the name dictionary 16 is the same as in FIG. 11 (see 324 in FIG. 17 and 306 in FIG. 11).
. These processes correspond to the processes in steps 202 to 210 in FIG.

  The processing engine 410 executes a basic word registration presence / absence determination process in step 214 of FIG. Since there is an unconverted word, that is, it is not “basic word registered”, the process proceeds to step 216. In step 216, the processing engine 410 executes a basic word registration process. As shown in 4 of FIG. 17, the processing engine 410 registers the word “TOKYO” deposited as a difference in 3 of FIG. 17 in the basic word dictionary 14, and assigns a new logical index to the basic word dictionary 14. To do. For example, registration is performed as indicated by reference numeral 326 in FIG. 3 (note that FIG. 3 shows the basic word dictionary 14 expanded in memory, but the basic word dictionary 14 has the basic word dictionary 14 in FIG. 2). Stored as shown in.). The logical index assigned at this time does not necessarily need to be “# 503” as in the example, and is arbitrary as long as it is a unique number. Next, the processing engine 410 executes step 218 of FIG. 12 to execute processing as shown in 5 of FIG. At this time, the processing engine 410 replaces the logical index “# 503” assigned when the unconverted word “TOYO” (see 322 in FIG. 17) is registered, and then performs the procedure described in 4 of FIG. The logical sum relationship is registered as indicated by 330 in FIG.

Next, a process of registering a logical index or the like in the name learning dictionary in a case where the unnecessary word dictionary 18 is included as a dictionary will be described below with reference to FIGS.
FIG. 18 shows the contents of the name dictionary 16, the unnecessary word dictionary 18, and the basic word dictionary of FIG. FIG. 19 shows processing until input data is converted into a logical index. It is assumed that “THE BANK OF TOKYO NAKAMORI LTD MARUNOUCHI” shown in 1 of FIG. 19 is input to the apparatus shown in FIG. As shown in 2 of FIG. 19, the word is decomposed using the space as a clue. As shown in 3 of FIG. 19, the logical index is acquired with reference to the basic word dictionary 14a (FIG. 18) on the main memory 12. Next, as shown in 4 of FIG. 19, the input data is converted into a logical index. As shown at 5 in FIG. 19, the name dictionary 16a (FIG. 18) is searched with the logical index of the input data. At this time, although not shown in 5 of FIG. 19, the logical index set of the search candidate 340 includes the logical index “# 300” corresponding to the unnecessary word “MARUNOUCHI” associated with the CIF code “8760000” (FIG. 18). 342) and the logical index set of the input data. Even if such a comparison is made, since there is a logical index “# 503, # 105” that cannot be searched, the CIF cannot be specified, resulting in analysis NG.

Next, a processing flow for registering a logical index or the like in the name learning dictionary will be described with reference to FIG.
The processes shown in 1 and 2 of FIG. 20 are the same as the processes shown in 1 and 2 of FIG. However, when acquiring the logical index set using the input estimated CIF code as a key, the processing engine 410 searches not only the name dictionary 16 but also the unnecessary word dictionary 18, and includes the logical index of unnecessary words. An index set is acquired (see 342 of 2 in FIG. 20). Next, in 3 of FIG. 20, the logical index set of the input data and the logical index set of the name dictionary 16 including the logical index of unnecessary words are compared, and the logical index of the difference between the input data and the name dictionary 16 is deposited. To do. Subsequent registration processing of the logical index or the like to the name learning dictionary 24 (processing 4 in FIG. 20) is the same as the processing 4 in FIG.

  FIG. 21 shows another embodiment of the present invention in which when the name dictionary 16 and the name learning dictionary 24 are expanded in the memory, the contents of the name learning dictionary 24 are not incorporated into the name dictionary 16 but are expanded in the respective memories as they are. Show. In this embodiment, when the processing engine 10 searches the name dictionary 16a expanded in the memory with the converted logical index set (see 62 in 4 of FIG. 5) in step 116 of FIG. 4, the CIF code is used as a key. The name learning dictionary 24a is also retrieved as a set of two logical index sets indicated by reference numeral 66 in FIG. 5, and a set of logical indexes of the input data indicated by reference numeral 62 in FIG. Compare two logical index sets one by one. As a result, the lower set of the reference number 66 matches the set of logical indexes of the input data, so that “8760000” can be specified as the CIF code, and the input data is converted into this CIF code (FIG. 4). Steps 118 and 122 and reference numeral 68 in FIG. 5). If they do not match, the processing engine 10 processes as analysis NG (see step 124 in FIG. 4).

The registration to the name learning dictionary preferably does not include unnecessary words.
Further, the present invention incorporates the function of the processing engine 410 into the processing engine 10 and does not have the analysis NG logical index set file 26, and the processing engine 10 performs steps 100 to 124 of the processing flow of FIG. You may make it perform step 200-218 of 12 process flows continuously. In that case, the processing engine 10 displays the analysis NG in step 124 on the display device when the search result in step 118 in FIG. 4 indicates analysis NG, and at the same time, instead of step 202 in FIG. The set of logical indexes is displayed on the display device 32. Subsequent processing of the processing engine 10 is the same as described above with reference to step 204 and subsequent steps in FIG.

FIG. 1 shows an apparatus for converting a lexical word into data according to a preferred embodiment when the present invention is applied to a customer customer information (CIF) analysis process using a computer for a settlement instruction message received at a bank or the like. It is a figure which shows the basic composition. FIG. 2 shows a state in which words registered in advance in the basic word dictionary 14 are expanded in the main memory 12. FIG. 3 shows a state in which logical index sets registered in advance in the name dictionary 16 and the name learning dictionary 24 are expanded in the main memory 12. FIG. 4 is a flowchart showing an operation in which the apparatus shown in FIG. 1 analyzes input data. FIG. 5 is a diagram showing an example of input data analysis processing by the apparatus of FIG. FIG. 6 shows a state in which a logical index set registered in advance in each of the name dictionary 16, the name learning dictionary 24, and the unnecessary word dictionary 18 is expanded on the main memory 12. FIG. 7 is a diagram showing another example of input data analysis processing by the apparatus of FIG. FIG. 8 shows a preferred embodiment of the present invention of an apparatus for registering a logical index or the like in the name learning dictionary 24. FIG. 9 shows the contents of the name dictionary 16 and the basic word dictionary of FIG. FIG. 10 shows an example of processing in which input data cannot be analyzed because there is no name learning dictionary. FIG. 11 shows an example of processing for registering a name learning dictionary word logical index and the like. FIG. 12 is a flowchart of processing for registering a name learning dictionary word logical index and the like. FIG. 13 shows the basic word dictionary 14, the name dictionary 16, the name learning dictionary 24, and their memory expanded states after registering the name learning dictionary word logical index and the like. FIG. 14 is a diagram showing an example of input data analysis processing by the apparatus of FIG. 1 after registration of a name learning dictionary word logical index or the like. FIG. 15 shows the memory expansion state of the basic word dictionary 14 with unregistered words and the memory expansion state of the name dictionary 16. FIG. 16 shows another example of processing in which input data cannot be analyzed because there is no name learning dictionary. FIG. 17 shows another example of processing for registering a name learning dictionary word logical index or the like. FIG. 18 shows the contents of the name dictionary 16, the unnecessary word dictionary 18, and the basic word dictionary of FIG. FIG. 19 shows another example of processing in which input data cannot be analyzed because there is no name learning dictionary. FIG. 20 shows another example of processing for registering a name learning dictionary word logical index or the like. FIG. 21 shows another embodiment of the present invention in which when the name dictionary 16 and the name learning dictionary 24 are expanded in the memory, the contents of the name learning dictionary 24 are not incorporated into the name dictionary 16 but are expanded in the respective memories as they are. Show.

Explanation of symbols

10,410 Processing engine 12,412 Main memory 14 Basic word dictionary 16 Name dictionary 18 Unnecessary word dictionary 24 Name learning dictionary 26 Analysis NG logical index set file 30 Input device 32 Display device

Claims (18)

Lexical including a plurality of words, a device for converting the other data including one of the information specified by the plurality of words,
A basic word dictionary pre-registered in the storage means in association with each of a plurality of words and a logical index representing each word;
A set of logical root indexes corresponding to the set of words that combine words together registered in the basic dictionary, name dictionary registered in advance in the storage means in association with one information specified by a set of said word When,
Logical index or a set of logical root indexes corresponding to the set of part of a word contained in the set of words, the words of the word or the part of the portion corresponding to a portion of a word contained in the set of words the set and the set of logical root indexes corresponding to the logical index or the part of a word or set of words set and format differences of words of said part corresponding to a word format difference, registered in the name dictionary A name learning dictionary pre-registered in storage means in association with one piece of information specified by the set of words corresponding to the set of logical indexes being
When the logical index pairs are in an inclusion relationship, the included logical index pairs are not included in the included word set, and therefore are not used when directly identifying the one information. An unnecessary word dictionary in which a logical index of an unnecessary word that is a word that assists in finally identifying the one information is associated with the one information and is registered in advance in a storage unit;
A processing engine for converting a lexical phrase including the plurality of words into another data including the specified one piece of information,
The processing engine is
The words registered in the basic word dictionary are associated with a logical index representing each word and expanded in memory.
When a set of logical indexes registered in the name dictionary is associated with the specified information corresponding to each set of logical indexes and expanded in the memory, the specified information is a key. The name learning dictionary is searched, and the logical index corresponding to the partial word or the logical index pair corresponding to the partial word set corresponding to the specified one information, and the format A logical index corresponding to a different word or a set of logical indexes corresponding to a set of different words is incorporated into the logical index set and expanded in the memory,
A logical index of unnecessary words registered in the unnecessary word dictionary is associated with the one information and expanded in the memory;
Break the lexical word to be converted into words,
Referencing a basic word dictionary expanded in memory on the memory, obtaining and converting a logical index corresponding to the decomposed word,
Logical index corresponding to the partial word or logical index set corresponding to the partial word set, logical index corresponding to the different format word or logical index corresponding to the different format word set The logic corresponding to the decomposed word from the set including the logical index of the unnecessary word in the logical index set expanded in memory in the form of incorporating the set of the logical index into the logical index set. By selecting a set of logical indexes that matches one of the sets of logical indexes composed of a plurality of logical indexes, and using one piece of information specified by the set of selected logical indexes, An apparatus for converting a lexical phrase including a plurality of words into another data including the specified one piece of information. An apparatus for converting a lexical word including a plurality of words into another data including one piece of information specified by the plurality of words,
A basic word dictionary pre-registered in the storage means in association with each of the plurality of words and a logical index representing each word;
A name dictionary in which a set of logical indexes corresponding to a set of words obtained by combining words registered in the basic word dictionary is associated with one piece of information specified by the set of words and registered in storage means in advance. When,
A logical index corresponding to a part of words included in the set of words or a set of logical indexes corresponding to a part of words included in the set of words, and the part of words or the part of words A logical index corresponding to a pair of words and a different type of word, or a pair of logical indexes corresponding to a part of the word or a pair of words and a different type of word are registered in the name dictionary. A name learning dictionary pre-registered in storage means in association with one piece of information specified by the set of words corresponding to a set of logical indexes;
A processing engine for converting a lexical phrase including the plurality of words into another data including the specified one information;
An input means for inputting information including data;
Display means for displaying information including data, and
The processing engine is
The words registered in the basic word dictionary are associated with a logical index representing each word and expanded in memory.
When a set of logical indexes registered in the name dictionary is associated with the specified information corresponding to each set of logical indexes and expanded in the memory, the specified information is a key. The name learning dictionary is searched, and the logical index corresponding to the partial word or the logical index pair corresponding to the partial word set corresponding to the specified one information, and the format A logical index corresponding to a different word or a set of logical indexes corresponding to a set of different words is incorporated into the logical index set and expanded in the memory;
Break up the lexical terms to be converted into words,
Referencing a basic word dictionary expanded in memory on the memory, obtaining and converting a logical index corresponding to the decomposed word,
Logical index corresponding to the partial word or logical index set corresponding to the partial word set, logical index corresponding to the different format word or logical index corresponding to the different format word set Any one of a plurality of logical indexes among the logical indexes corresponding to the decomposed words from the logical index set expanded in memory in a form in which the set is incorporated into the logical index set. By selecting a set of logical indexes that matches the set of logical indexes and using one piece of information specified by the selected set of logical indexes, the lexical phrase including the plurality of words is specified by 1 Along with other data that contains one piece of information,
Logical index corresponding to the partial word or logical index set corresponding to the partial word set, logical index corresponding to the different format word or logical index corresponding to the different format word set Any one of a plurality of logical indexes among the logical indexes corresponding to the decomposed words from the logical index set expanded in memory in a form in which the set is incorporated into the logical index set. In selecting a logical index set that matches the logical index set, if there is no matching logical index set, the logical index corresponding to the decomposed word is displayed on the display means;
The name dictionary is searched by using one piece of information, which is estimated by the operator from the logical index corresponding to the decomposed word displayed on the display means and inputted through the input means as a key. , Obtain a set of logical indexes corresponding to the one piece of estimated information,
Identifying a logical index of the difference between the logical index corresponding to the decomposed word and the set of obtained logical indexes;
An apparatus for registering the logical index of the specified difference in the name learning dictionary as a logical sum relationship and in association with the one piece of estimated information. An apparatus for converting a lexical word including a plurality of words into another data including one piece of information specified by the plurality of words,
A basic word dictionary pre-registered in the storage means in association with each of the plurality of words and a logical index representing each word;
A name dictionary in which a set of logical indexes corresponding to a set of words obtained by combining words registered in the basic word dictionary is associated with one piece of information specified by the set of words and registered in storage means in advance. When,
A logical index corresponding to a part of words included in the set of words or a set of logical indexes corresponding to a part of words included in the set of words, and the part of words or the part of words A logical index corresponding to a pair of words and a different type of word, or a pair of logical indexes corresponding to a part of the word or a pair of words and a different type of word are registered in the name dictionary. A name learning dictionary pre-registered in storage means in association with one piece of information specified by the set of words corresponding to a set of logical indexes;
A processing engine for converting a lexical phrase including the plurality of words into another data including the specified one information;
An input means for inputting information including data;
Display means for displaying information including data, and
The processing engine is
The words registered in the basic word dictionary are associated with a logical index representing each word and expanded in memory.
When a set of logical indexes registered in the name dictionary is associated with the specified information corresponding to each set of logical indexes and expanded in the memory, the specified information is a key. The name learning dictionary is searched, and the logical index corresponding to the partial word or the logical index pair corresponding to the partial word set corresponding to the specified one information, and the format A logical index corresponding to a different word or a set of logical indexes corresponding to a set of different words is incorporated into the logical index set and expanded in the memory;
Break up the lexical terms to be converted into words,
Referencing a basic word dictionary expanded in memory on the memory, obtaining and converting a logical index corresponding to the decomposed word,
Logical index corresponding to the partial word or logical index set corresponding to the partial word set, logical index corresponding to the different format word or logical index corresponding to the different format word set Any one of a plurality of logical indexes among the logical indexes corresponding to the decomposed words from the logical index set expanded in memory in a form in which the set is incorporated into the logical index set. By selecting a set of logical indexes that matches the set of logical indexes and using one piece of information specified by the selected set of logical indexes, the lexical phrase including the plurality of words is specified by 1 Along with other data that contains one piece of information,
When a logical index corresponding to the decomposed word is obtained and converted with reference to the basic word dictionary expanded in the memory on the memory, if there is a word for which a logical index cannot be obtained, the word is identified. Displaying on the display means a logical index corresponding to the identified word and the decomposed word;
The information is estimated by an operator from the logical index corresponding to the identified word and the decomposed word displayed on the display means, and the information input by the operator via the input means is used as the key. Search the name dictionary to obtain a set of logical indexes corresponding to the one piece of estimated information,
Identifying a difference word and a logical index between a logical index corresponding to the identified word and the decomposed word and the set of the obtained logical index;
Assigning a logical index to the difference word and registering it in the basic word dictionary;
An apparatus for replacing the difference word with a corresponding logical index and registering the identified difference word and the logical index in the name learning dictionary as a logical sum relationship and in association with the estimated one information. An apparatus for converting a lexical word including a plurality of words into another data including one piece of information specified by the plurality of words,
A basic word dictionary pre-registered in the storage means in association with each of the plurality of words and a logical index representing each word;
A name dictionary in which a set of logical indexes corresponding to a set of words obtained by combining words registered in the basic word dictionary is associated with one piece of information specified by the set of words and registered in storage means in advance. When,
A logical index corresponding to a part of words included in the set of words or a set of logical indexes corresponding to a part of words included in the set of words, and the part of words or the part of words A logical index corresponding to a pair of words and a different type of word, or a pair of logical indexes corresponding to a part of the word or a pair of words and a different type of word are registered in the name dictionary. A name learning dictionary pre-registered in storage means in association with one piece of information specified by the set of words corresponding to a set of logical indexes;
When the logical index pairs are in an inclusive relationship, the included logical index pairs are not included in the included word set, and therefore are not used when directly identifying the one piece of information. An unnecessary word dictionary in which a logical index of an unnecessary word that is a word that assists in finally identifying the one information is associated with the one information and is registered in advance in a storage unit;
A processing engine for converting a lexical phrase including the plurality of words into another data including the specified one information;
An input means for inputting information including data;
Display means for displaying information including data,
The processing engine is
The words registered in the basic word dictionary are associated with a logical index representing each word and expanded in memory.
When a set of logical indexes registered in the name dictionary is associated with the specified information corresponding to each set of logical indexes and expanded in the memory, the specified information is a key. The name learning dictionary is searched, and the logical index corresponding to the partial word or the logical index pair corresponding to the partial word set corresponding to the specified one information, and the format A logical index corresponding to a different word or a set of logical indexes corresponding to a set of different words is incorporated into the logical index set and expanded in the memory;
A logical index of an unnecessary word registered in the unnecessary word dictionary is associated with the one information and expanded in the memory;
Break up the lexical terms to be converted into words,
Referencing a basic word dictionary expanded in memory on the memory, obtaining and converting a logical index corresponding to the decomposed word,
Logical index corresponding to the partial word or logical index set corresponding to the partial word set, logical index corresponding to the different format word or logical index corresponding to the different format word set The logic corresponding to the decomposed word from the set including the logical index of the unnecessary word in the logical index set expanded in memory in the form of incorporating the set of the logical index into the logical index set. By selecting a set of logical indexes that matches any set of logical indexes composed of a plurality of logical indexes of the indexes, and using one piece of information specified by the selected set of logical indexes, Converting the lexical word including the plurality of words into another data including the one specified information;
When selecting a logical index set that matches one of the logical index sets, if there is no matching logical index set, the logical index corresponding to the decomposed word is displayed on the display means. ,
The name dictionary and the unnecessary word are estimated by an operator from a logical index corresponding to the decomposed word displayed on the display means and input by the operator via the input means as a key. Search the dictionary to obtain a set of logical indexes including unnecessary words corresponding to the one piece of estimated information,
Identifying a logical index of the difference between the logical index corresponding to the decomposed word and the set of obtained logical indexes;
An apparatus for registering the logical index of the specified difference in the name learning dictionary as a logical sum relationship and in association with the one piece of estimated information. A conversion device for converting a lexical word including a plurality of words into another data including one piece of information specified by the plurality of words,
A basic word dictionary pre-registered in the storage means in association with each of the plurality of words and a logical index representing each word;
A name dictionary pre-registered in storage means in association with one piece of information specified by the set of words, a set of logical indexes corresponding to a set of words obtained by combining words registered in the basic word dictionary ,
A logical index corresponding to a part of words included in the set of words or a set of logical indexes corresponding to a part of words included in the set of words, and the part of words or the part of words A logical index corresponding to a pair of words and a different type of word, or a pair of logical indexes corresponding to a part of the word or a pair of words and a different type of word are registered in the name dictionary. A name learning dictionary pre-registered in storage means in association with one piece of information specified by the set of words corresponding to a set of logical indexes;
A first processing engine for converting a lexical phrase including the plurality of words into another data including the specified one piece of information,
The first processing engine includes:
The words registered in the basic word dictionary are associated with a logical index representing each word and expanded in memory.
When a set of logical indexes registered in the name dictionary is associated with the specified information corresponding to each set of logical indexes and expanded in the memory, the specified information is a key. The name learning dictionary is searched, and the logical index corresponding to the partial word or the logical index pair corresponding to the partial word set corresponding to the specified one information, and the format A logical index corresponding to a different word or a set of logical indexes corresponding to a set of different words is incorporated into the logical index set and expanded in the memory;
Break up the lexical terms to be converted into words,
Referencing a basic word dictionary expanded in memory on the memory, obtaining and converting a logical index corresponding to the decomposed word,
Logical index corresponding to the partial word or logical index set corresponding to the partial word set, logical index corresponding to the different format word or logical index corresponding to the different format word set Any one of a plurality of logical indexes among the logical indexes corresponding to the decomposed words from the logical index set expanded in memory in a form in which the set is incorporated into the logical index set. By selecting a set of logical indexes that matches the set of logical indexes and using one piece of information specified by the selected set of logical indexes, the lexical phrase including the plurality of words is specified by 1 For the conversion device for converting into another data including one piece of information, the name learning dictionary includes a pair of words. And a logical index set corresponding to the partial set of words and a logical index set corresponding to the different format word or a logical index set corresponding to the different format word set. ,
The first processing engine has a logical index corresponding to the partial word or a logical index set corresponding to the partial word set, and a logical index corresponding to the malformed word or the malformed word. A plurality of logical indexes corresponding to the decomposed word from among the logical index sets expanded in memory in a form in which a logical index set corresponding to the set is incorporated into the logical index set. When selecting a set of logical indexes that matches any set of logical indexes composed of logical indexes, if there is no set of matching logical indexes, a logical index corresponding to the decomposed word is set in advance. Analysis NG logical index set file to be stored;
An input means for inputting information including data;
Display means for displaying information including data;
Logical index corresponding to the partial word or logical index set corresponding to the partial word set, logical index corresponding to the different format word or logical index corresponding to the different format word set A second processing engine for registering a set of
The second processing engine is
In response to a search command input by the operator via the input means, a logical index corresponding to at least the corresponding decomposed word is searched from the analysis NG logical index set file, and the display means Display
The name dictionary is searched by using one piece of information, which is estimated by the operator from the logical index corresponding to the decomposed word displayed on the display means and inputted through the input means as a key. , Obtain a set of logical indexes corresponding to the one piece of estimated information,
Identifying a logical index of the difference between the logical index corresponding to the decomposed word and the set of obtained logical indexes;
An apparatus for registering the logical index of the specified difference in the name learning dictionary as a logical sum relationship and in association with the one piece of estimated information. Corresponding to a basic word dictionary that is pre-registered in the storage means in association with a logical index that represents each word, and a set of words that combine words registered in the basic word dictionary A set of logical indexes associated with one piece of information specified by the set of words, a name dictionary registered in advance in storage means, and a logical index corresponding to some words included in the set of words or A set of logical indexes corresponding to a set of some words included in the set of words, a logical index corresponding to a word that is different in form from the some words or the set of some words, or the A logical index set corresponding to a word or a pair of partial words and a different set of words is referred to as a logical index set registered in the name dictionary. The name learning dictionary registered in advance in the storage means in association with one piece of information specified by the set of the logical index and the logical index set included when the logical index set is in an inclusion relationship are included. Since it is not included in a set of words and is not used when directly specifying the one information, a logical index of an unnecessary word that is a word that assists in finally specifying the one information is obtained. An unnecessary word dictionary registered in advance in storage means in association with the one information, and a computer for converting a lexical phrase including a plurality of words into another data including one information specified by the plurality of words In addition,
Associating words registered in the basic word dictionary with a logical index representing each word in a memory,
When a set of logical indexes registered in the name dictionary is associated with the specified information corresponding to each set of logical indexes and expanded in the memory, the specified information is a key. The name learning dictionary is searched, and the logical index corresponding to the partial word or the logical index pair corresponding to the partial word set corresponding to the specified one information, and the format Incorporating a logical index corresponding to a different word or a set of logical indexes corresponding to the different set of words into the logical index set and expanding the memory on the memory;
Associating a logical index of an unnecessary word registered in the unnecessary word dictionary with the one information in the memory,
Breaking the lexical terms to be converted into words;
Obtaining and converting a logical index corresponding to the decomposed word with reference to a basic word dictionary expanded in the memory;
Logical index corresponding to the partial word or logical index set corresponding to the partial word set, logical index corresponding to the different format word or logical index corresponding to the different format word set The logic corresponding to the decomposed word from the set including the logical index of the unnecessary word in the logical index set expanded in memory in the form in which the set of the logical index is incorporated into the logical index set. By selecting a set of logical indexes that matches one of the sets of logical indexes composed of a plurality of logical indexes, and using one piece of information specified by the set of selected logical indexes, Converting the lexical phrase including the plurality of words into another data including the one specified information;
How to run. Corresponding to a basic word dictionary that is pre-registered in the storage means in association with a logical index that represents each word, and a set of words that combine words registered in the basic word dictionary A set of logical indexes associated with one piece of information specified by the set of words, a name dictionary registered in advance in storage means, and a logical index corresponding to some words included in the set of words or A set of logical indexes corresponding to a set of some words included in the set of words, a logical index corresponding to a word that is different in form from the some words or the set of some words, or the A logical index set corresponding to a word or a pair of partial words and a different set of words is referred to as a logical index set registered in the name dictionary. Another data including one information specified by the plurality of words, including a name learning dictionary previously registered in the storage means in association with one information specified by the set of On a computer that converts to
Associating words registered in the basic word dictionary with a logical index representing each word in a memory,
When a set of logical indexes registered in the name dictionary is associated with the specified information corresponding to each set of logical indexes and expanded in the memory, the specified information is a key. The name learning dictionary is searched, and the logical index corresponding to the partial word or the logical index pair corresponding to the partial word set corresponding to the specified one information, and the format Incorporating a logical index corresponding to a different word or a set of logical indexes corresponding to the different set of words into the logical index set and expanding the memory on the memory;
Breaking the lexical terms to be converted into words;
Obtaining and converting a logical index corresponding to the decomposed word with reference to a basic word dictionary expanded in the memory;
Logical index corresponding to the partial word or logical index set corresponding to the partial word set, logical index corresponding to the different format word or logical index corresponding to the different format word set Any of the plurality of logical indexes among the logical indexes corresponding to the decomposed words is selected from the set of logical indexes expanded in the memory in a form in which the set is incorporated into the set of logical indexes. By selecting a set of logical indexes that matches the set of logical indexes and using one piece of information specified by the selected set of logical indexes, the lexical phrase including the plurality of words is specified by 1 Converting to another data containing one piece of information,
Logical index corresponding to the partial word or logical index set corresponding to the partial word set, logical index corresponding to the different format word or logical index corresponding to the different format word set Any of the plurality of logical indexes among the logical indexes corresponding to the decomposed words is selected from the set of logical indexes expanded in the memory in a form in which the set is incorporated into the set of logical indexes. Displaying a logical index corresponding to the decomposed word on a display means when there is no matching logical index set when selecting a logical index set that matches the logical index set;
The name dictionary is searched by using one piece of information, which is estimated by the operator from the logical index corresponding to the decomposed word displayed on the display means and inputted through the input means as a key. Obtaining a set of logical indexes corresponding to the one piece of estimated information;
Identifying a logical index of a difference between a logical index corresponding to the decomposed word and the set of obtained logical indexes;
Registering the logical index of the identified difference in the name learning dictionary as a logical sum relationship and in association with the one piece of estimated information;
How to run. Corresponding to a basic word dictionary that is pre-registered in the storage means in association with a logical index that represents each word, and a set of words that combine words registered in the basic word dictionary A set of logical indexes associated with one piece of information specified by the set of words, a name dictionary registered in advance in storage means, and a logical index corresponding to some words included in the set of words or A set of logical indexes corresponding to a set of some words included in the set of words, a logical index corresponding to a word that is different in form from the some words or the set of some words, or the A logical index set corresponding to a word or a pair of partial words and a different set of words is referred to as a logical index set registered in the name dictionary. Another data including one information specified by the plurality of words, including a name learning dictionary previously registered in the storage means in association with one information specified by the set of On a computer that converts to
Associating words registered in the basic word dictionary with a logical index representing each word in a memory,
When a set of logical indexes registered in the name dictionary is associated with the specified information corresponding to each set of logical indexes and expanded in the memory, the specified information is a key. The name learning dictionary is searched, and the logical index corresponding to the partial word or the logical index pair corresponding to the partial word set corresponding to the specified one information, and the format Incorporating a logical index corresponding to a different word or a set of logical indexes corresponding to the different set of words into the logical index set and expanding the memory on the memory;
Breaking the lexical terms to be converted into words;
Obtaining and converting a logical index corresponding to the decomposed word with reference to a basic word dictionary expanded in the memory;
Logical index corresponding to the partial word or logical index set corresponding to the partial word set, logical index corresponding to the different format word or logical index corresponding to the different format word set Any of the plurality of logical indexes among the logical indexes corresponding to the decomposed words is selected from the set of logical indexes expanded in the memory in a form in which the set is incorporated into the set of logical indexes. By selecting a set of logical indexes that matches the set of logical indexes and using one piece of information specified by the selected set of logical indexes, the lexical phrase including the plurality of words is specified by 1 Converting to another data containing one piece of information,
When a logical index corresponding to the decomposed word is obtained and converted with reference to the basic word dictionary expanded in the memory on the memory, if there is a word for which a logical index cannot be obtained, the word is identified. Displaying on the display means a logical index corresponding to the identified word and the decomposed word;
The name is obtained by using, as a key, one piece of information that is estimated by an operator from the logical index corresponding to the identified word displayed on the display unit and the decomposed word and input through the input unit. Searching the dictionary to obtain a set of logical indexes corresponding to the estimated one piece of information;
Identifying a difference word and a logical index between a logical index corresponding to the identified word and the decomposed word and the set of obtained logical indexes;
Assigning a logical index to the difference word and registering it in the basic word dictionary;
Replacing the difference word with a corresponding logical index and registering the identified difference word and logical index in the name learning dictionary as a logical sum relationship and in association with the estimated one information;
How to run. Corresponding to a basic word dictionary that is pre-registered in the storage means in association with a logical index that represents each word, and a set of words that combine words registered in the basic word dictionary A set of logical indexes associated with one piece of information specified by the set of words, a name dictionary registered in advance in storage means, and a logical index corresponding to some words included in the set of words or A set of logical indexes corresponding to a set of some words included in the set of words, a logical index corresponding to a word that is different in form from the some words or the set of some words, or the A logical index set corresponding to a word or a pair of partial words and a different set of words is referred to as a logical index set registered in the name dictionary. The name learning dictionary registered in advance in the storage means in association with one piece of information specified by the set of the logical index and the logical index set included when the logical index set is in an inclusion relationship are included. Since it is not included in a set of words and is not used when directly specifying the one information, a logical index of an unnecessary word that is a word that assists in finally specifying the one information is obtained. An unnecessary word dictionary registered in advance in storage means in association with the one information, and a computer for converting a lexical phrase including a plurality of words into another data including one information specified by the plurality of words In addition,
Associating words registered in the basic word dictionary with a logical index representing each word in a memory,
When a set of logical indexes registered in the name dictionary is associated with the specified information corresponding to each set of logical indexes and expanded in the memory, the specified information is a key. The name learning dictionary is searched, and the logical index corresponding to the partial word or the logical index pair corresponding to the partial word set corresponding to the specified one information, and the format Incorporating a logical index corresponding to a different word or a set of logical indexes corresponding to the different set of words into the logical index set and expanding the memory on the memory;
Associating a logical index of an unnecessary word registered in the unnecessary word dictionary with the one information in the memory,
Breaking the lexical terms to be converted into words;
Obtaining and converting a logical index corresponding to the decomposed word with reference to a basic word dictionary expanded in the memory;
Logical index corresponding to the partial word or logical index set corresponding to the partial word set, logical index corresponding to the different format word or logical index corresponding to the different format word set The logic corresponding to the decomposed word from the set including the logical index of the unnecessary word in the logical index set expanded in memory in the form in which the set of the logical index is incorporated into the logical index set. By selecting a set of logical indexes that matches one of the sets of logical indexes composed of a plurality of logical indexes, and using one piece of information specified by the set of selected logical indexes, Converting the lexical phrase including the plurality of words into another data including the one specified information;
A step of displaying a logical index corresponding to the decomposed word on a display unit when a set of logical indexes that matches the set of any of the logical indexes does not exist; When,
The name dictionary and the unnecessary word are estimated by an operator from the logical index corresponding to the decomposed word displayed on the display means and input by the operator through the input means as a key. Searching the dictionary to obtain a set of logical indexes including unnecessary words corresponding to the estimated one piece of information;
Identifying a logical index of a difference between a logical index corresponding to the decomposed word and the set of obtained logical indexes;
Registering the logical index of the identified difference in the name learning dictionary as a logical sum relationship and in association with the one piece of estimated information;
How to run. Corresponding to a basic word dictionary that is pre-registered in the storage means in association with a logical index that represents each word, and a set of words that combine words registered in the basic word dictionary A set of logical indexes associated with one piece of information specified by the set of words, a name dictionary registered in advance in storage means, and a logical index corresponding to some words included in the set of words or A set of logical indexes corresponding to a set of some words included in the set of words, a logical index corresponding to a word that is different in form from the some words or the set of some words, or the A logical index set corresponding to a word or a pair of partial words and a different set of words is referred to as a logical index set registered in the name dictionary. Another data including one information specified by the plurality of words, including a name learning dictionary previously registered in the storage means in association with one information specified by the set of On a computer that converts to
Associating words registered in the basic word dictionary with a logical index representing each word in a memory,
When a set of logical indexes registered in the name dictionary is associated with the specified information corresponding to each set of logical indexes and expanded in the memory, the specified information is a key. The name learning dictionary is searched, and the logical index corresponding to the partial word or the logical index pair corresponding to the partial word set corresponding to the specified one information, and the format Incorporating a logical index corresponding to a different word or a set of logical indexes corresponding to the different set of words into the logical index set and expanding the memory on the memory;
Breaking the lexical terms to be converted into words;
Obtaining and converting a logical index corresponding to the decomposed word with reference to a basic word dictionary expanded in the memory;
Logical index corresponding to the partial word or logical index set corresponding to the partial word set, logical index corresponding to the different format word or logical index corresponding to the different format word set Any one of a plurality of logical indexes among the logical indexes corresponding to the decomposed words from the logical index set expanded in memory in a form in which the set is incorporated into the logical index set. By selecting a set of logical indexes that matches the set of logical indexes and using one piece of information specified by the selected set of logical indexes, the lexical phrase including the plurality of words is specified by 1 Converting to another data containing one piece of information,
Logical index corresponding to the partial word or logical index set corresponding to the partial word set, logical index corresponding to the different format word or logical index corresponding to the different format word set Any one of a plurality of logical indexes among the logical indexes corresponding to the decomposed words from the logical index set expanded in memory in a form in which the set is incorporated into the logical index set. When selecting a logical index pair that matches the logical index pair, if there is no matching logical index pair, the logical index corresponding to the decomposed word is stored in the analysis NG logical index set file. Storing in advance;
In response to a search command input by the operator via the input means, a logical index corresponding to at least the corresponding decomposed word is searched from the analysis NG logical index set file and displayed on the display means. And steps to
The name dictionary is searched by using one piece of information, which is estimated by the operator from the logical index corresponding to the decomposed word displayed on the display means and inputted through the input means as a key. Obtaining a set of logical indexes corresponding to the one piece of estimated information;
Identifying a logical index of a difference between a logical index corresponding to the decomposed word and the set of obtained logical indexes;
Registering the logical index of the identified difference in the name learning dictionary as a logical sum relationship and in association with the one piece of estimated information;
How to run. Corresponding to a basic word dictionary that is pre-registered in the storage means in association with a logical index that represents each word, and a set of words that combine words registered in the basic word dictionary A set of logical indexes associated with one piece of information specified by the set of words, a name dictionary registered in advance in storage means, and a logical index corresponding to some words included in the set of words or A set of logical indexes corresponding to a set of some words included in the set of words, a logical index corresponding to a word that is different in form from the some words or the set of some words, or the A logical index set corresponding to a word or a pair of partial words and a different set of words is referred to as a logical index set registered in the name dictionary. The name learning dictionary registered in advance in the storage means in association with one piece of information specified by the set of the logical index and the logical index set included when the logical index set is in an inclusion relationship are included. Since it is not included in a set of words and is not used when directly specifying the one information, a logical index of an unnecessary word that is a word that assists in finally specifying the one information is obtained. An unnecessary word dictionary registered in advance in storage means in association with the one information, and a computer for converting a lexical phrase including a plurality of words into another data including one information specified by the plurality of words In addition,
Associating words registered in the basic word dictionary with a logical index representing each word in a memory,
When a set of logical indexes registered in the name dictionary is associated with the specified information corresponding to each set of logical indexes and expanded in the memory, the specified information is a key. The name learning dictionary is searched, and the logical index corresponding to the partial word or the logical index pair corresponding to the partial word set corresponding to the specified one information, and the format Incorporating a logical index corresponding to a different word or a set of logical indexes corresponding to the different set of words into the logical index set and expanding the memory on the memory;
Associating a logical index of an unnecessary word registered in the unnecessary word dictionary with the one information in the memory,
Breaking the lexical terms to be converted into words;
Obtaining and converting a logical index corresponding to the decomposed word with reference to a basic word dictionary expanded in the memory;
Logical index corresponding to the partial word or logical index set corresponding to the partial word set, logical index corresponding to the different format word or logical index corresponding to the different format word set The logic corresponding to the decomposed word from the set including the logical index of the unnecessary word in the logical index set expanded in memory in the form in which the set of the logical index is incorporated into the logical index set. By selecting a set of logical indexes that matches one of the sets of logical indexes composed of a plurality of logical indexes, and using one piece of information specified by the set of selected logical indexes, Converting the lexical phrase including the plurality of words into another data including the one specified information;
A program that executes Corresponding to a basic word dictionary that is pre-registered in the storage means in association with a logical index that represents each word, and a set of words that combine words registered in the basic word dictionary A set of logical indexes associated with one piece of information specified by the set of words, a name dictionary registered in advance in storage means, and a logical index corresponding to some words included in the set of words or A set of logical indexes corresponding to a set of some words included in the set of words, a logical index corresponding to a word that is different in form from the some words or the set of some words, or the A logical index set corresponding to a word or a pair of partial words and a different set of words is referred to as a logical index set registered in the name dictionary. Another data including one information specified by the plurality of words, including a name learning dictionary previously registered in the storage means in association with one information specified by the set of On a computer that converts to
Associating words registered in the basic word dictionary with a logical index representing each word in a memory,
When a set of logical indexes registered in the name dictionary is associated with the specified information corresponding to each set of logical indexes and expanded in the memory, the specified information is a key. The name learning dictionary is searched, and the logical index corresponding to the partial word or the logical index pair corresponding to the partial word set corresponding to the specified one information, and the format Incorporating a logical index corresponding to a different word or a set of logical indexes corresponding to the different set of words into the logical index set and expanding the memory on the memory;
Breaking the lexical terms to be converted into words;
Obtaining and converting a logical index corresponding to the decomposed word with reference to a basic word dictionary expanded in the memory;
Logical index corresponding to the partial word or logical index set corresponding to the partial word set, logical index corresponding to the different format word or logical index corresponding to the different format word set Any of the plurality of logical indexes among the logical indexes corresponding to the decomposed words is selected from the set of logical indexes expanded in the memory in a form in which the set is incorporated into the set of logical indexes. By selecting a set of logical indexes that matches the set of logical indexes and using one piece of information specified by the selected set of logical indexes, the lexical phrase including the plurality of words is specified by 1 Converting to another data containing one piece of information,
Logical index corresponding to the partial word or logical index set corresponding to the partial word set, logical index corresponding to the different format word or logical index corresponding to the different format word set Any of the plurality of logical indexes among the logical indexes corresponding to the decomposed words is selected from the set of logical indexes expanded in the memory in a form in which the set is incorporated into the set of logical indexes. Displaying a logical index corresponding to the decomposed word on a display means when there is no matching logical index set when selecting a logical index set that matches the logical index set;
The name dictionary is searched by using one piece of information, which is estimated by the operator from the logical index corresponding to the decomposed word displayed on the display means and inputted through the input means as a key. Obtaining a set of logical indexes corresponding to the one piece of estimated information;
Identifying a logical index of a difference between a logical index corresponding to the decomposed word and the set of obtained logical indexes;
Registering the logical index of the identified difference in the name learning dictionary as a logical sum relationship and in association with the one piece of estimated information;
A program that executes Corresponding to a basic word dictionary that is pre-registered in the storage means in association with a logical index that represents each word, and a set of words that combine words registered in the basic word dictionary a set of logical index, the name dictionary registered in advance in the storage means in association with one information specified by a set of said word, logical index or corresponding to a portion of a word contained in the set of words a set of logical root indexes corresponding to the set of word part included in the set of words, a logical index or the portion corresponding to a word set and format differences word word or the part of said portion the single of the word or a set of logical root indexes corresponding to the set of word pairs and format differences of words of said part, corresponding to the set of logical indexes registered in the name dictionary Another data including one information specified by the plurality of words, including a name learning dictionary previously registered in the storage means in association with one information specified by the set of On a computer that converts to
Associating words registered in the basic word dictionary with a logical index representing each word in a memory,
When a set of logical indexes registered in the name dictionary is associated with the specified information corresponding to each set of logical indexes and expanded in the memory, the specified information is a key. The name learning dictionary is searched, and the logical index corresponding to the partial word or the logical index pair corresponding to the partial word set corresponding to the specified one information, and the format Incorporating a logical index corresponding to a different word or a set of logical indexes corresponding to the different set of words into the logical index set and expanding the memory on the memory;
Breaking the lexical terms to be converted into words;
Obtaining and converting a logical index corresponding to the decomposed word with reference to a basic word dictionary expanded in the memory;
Logical index corresponding to the partial word or logical index set corresponding to the partial word set, logical index corresponding to the different format word or logical index corresponding to the different format word set set from among a set of logical indexes said memory development in the form incorporated in the set of the logical indexes, one composed of a plurality of logical index of the logical index corresponding to the decomposed words of the By selecting a set of logical indexes that matches the set of logical indexes and using one piece of information specified by the selected set of logical indexes, the lexical phrase including the plurality of words is specified by 1 Converting to another data containing one piece of information ,
When a logical index corresponding to the decomposed word is obtained and converted with reference to the basic word dictionary expanded in the memory on the memory, if there is a word for which a logical index cannot be obtained, the word is identified. Displaying on the display means a logical index corresponding to the identified word and the decomposed word;
The name is obtained by using, as a key, one piece of information that is estimated by an operator from the logical index corresponding to the identified word displayed on the display unit and the decomposed word and input through the input unit. Searching the dictionary to obtain a set of logical indexes corresponding to the estimated one piece of information;
Identifying a difference word and a logical index between a logical index corresponding to the identified word and the decomposed word and the set of obtained logical indexes;
Assigning a logical index to the difference word and registering it in the basic word dictionary;
Replacing the difference word with a corresponding logical index and registering the identified difference word and logical index in the name learning dictionary as a logical sum relationship and in association with the estimated one information; A program that executes <br/>. Corresponding to a basic word dictionary that is pre-registered in the storage means in association with a logical index that represents each word, and a set of words that combine words registered in the basic word dictionary A set of logical indexes associated with one piece of information specified by the set of words, a name dictionary registered in advance in storage means, and a logical index corresponding to some words included in the set of words or A set of logical indexes corresponding to a set of some words included in the set of words, a logical index corresponding to a word that is different in form from the some words or the set of some words, or the A logical index set corresponding to a word or a pair of partial words and a different set of words is referred to as a logical index set registered in the name dictionary. The name learning dictionary registered in advance in the storage means in association with one piece of information specified by the set of the logical index and the logical index set included when the logical index set is in an inclusion relationship are included. Since it is not included in a set of words and is not used when directly specifying the one information, a logical index of an unnecessary word that is a word that assists in finally specifying the one information is obtained. An unnecessary word dictionary registered in advance in storage means in association with the one information, and a computer for converting a lexical phrase including a plurality of words into another data including one information specified by the plurality of words In addition,
Associating words registered in the basic word dictionary with a logical index representing each word in a memory,
When a set of logical indexes registered in the name dictionary is associated with the specified information corresponding to each set of logical indexes and expanded in the memory, the specified information is a key. The name learning dictionary is searched, and the logical index corresponding to the partial word or the logical index pair corresponding to the partial word set corresponding to the specified one information, and the format Incorporating a logical index corresponding to a different word or a set of logical indexes corresponding to the different set of words into the logical index set and expanding the memory on the memory;
Associating a logical index of an unnecessary word registered in the unnecessary word dictionary with the one information in the memory,
Breaking the lexical terms to be converted into words;
Obtaining and converting a logical index corresponding to the decomposed word with reference to a basic word dictionary expanded in the memory;
Logical index corresponding to the partial word or logical index set corresponding to the partial word set, logical index corresponding to the different format word or logical index corresponding to the different format word set The logic corresponding to the decomposed word from the set including the logical index of the unnecessary word in the logical index set expanded in memory in the form in which the set of the logical index is incorporated into the logical index set. By selecting a set of logical indexes that matches one of the sets of logical indexes composed of a plurality of logical indexes, and using one piece of information specified by the set of selected logical indexes, Converting the lexical phrase including the plurality of words into another data including the one specified information;
A step of displaying a logical index corresponding to the decomposed word on a display unit when a set of logical indexes that matches the set of any of the logical indexes does not exist; When,
The name dictionary and the unnecessary word are estimated by an operator from a logical index corresponding to the decomposed word displayed on the display means and input by the operator via the input means as a key. Searching the dictionary to obtain a set of logical indexes including unnecessary words corresponding to the estimated one piece of information;
Identifying a logical index of a difference between a logical index corresponding to the decomposed word and the set of obtained logical indexes;
A program for executing the step of registering the logical index of the identified difference in the name learning dictionary as a logical sum relationship and in association with the one piece of estimated information . Corresponding to a basic word dictionary that is pre-registered in the storage means in association with a logical index that represents each word, and a set of words that combine words registered in the basic word dictionary A set of logical indexes associated with one piece of information specified by the set of words, a name dictionary registered in advance in storage means, and a logical index corresponding to some words included in the set of words or A set of logical indexes corresponding to a set of some words included in the set of words, a logical index corresponding to a word that is different in form from the some words or the set of some words, or the A logical index set corresponding to a word or a pair of partial words and a different set of words is referred to as a logical index set registered in the name dictionary. Another data including one information specified by the plurality of words, including a name learning dictionary previously registered in the storage means in association with one information specified by the set of On a computer that converts to
Associating words registered in the basic word dictionary with a logical index representing each word in a memory,
When a set of logical indexes registered in the name dictionary is associated with the specified information corresponding to each set of logical indexes and expanded in the memory, the specified information is a key. The name learning dictionary is searched, and the logical index corresponding to the partial word or the logical index pair corresponding to the partial word set corresponding to the specified one information, and the format Incorporating a logical index corresponding to a different word or a set of logical indexes corresponding to the different set of words into the logical index set and expanding the memory on the memory;
Breaking the lexical terms to be converted into words;
Obtaining and converting a logical index corresponding to the decomposed word with reference to a basic word dictionary expanded in the memory;
Logical index corresponding to the partial word or logical index set corresponding to the partial word set, logical index corresponding to the different format word or logical index corresponding to the different format word set Any one of a plurality of logical indexes among the logical indexes corresponding to the decomposed words from the logical index set expanded in memory in a form in which the set is incorporated into the logical index set. By selecting a set of logical indexes that matches the set of logical indexes and using one piece of information specified by the selected set of logical indexes, the lexical phrase including the plurality of words is specified by 1 Converting to another data containing one piece of information,
Logical index corresponding to the partial word or logical index set corresponding to the partial word set, logical index corresponding to the different format word or logical index corresponding to the different format word set Any one of a plurality of logical indexes among the logical indexes corresponding to the decomposed words from the logical index set expanded in memory in a form in which the set is incorporated into the logical index set. When selecting a logical index pair that matches the logical index pair, if there is no matching logical index pair, the logical index corresponding to the decomposed word is stored in the analysis NG logical index set file. Storing in advance;
In response to a search command input by the operator via the input means, a logical index corresponding to at least the corresponding decomposed word is searched from the analysis NG logical index set file and displayed on the display means. And steps to
The name dictionary is searched by using one piece of information, which is estimated by the operator from the logical index corresponding to the decomposed word displayed on the display means and input through the input means as a key. Obtaining a set of logical indexes corresponding to the one piece of estimated information;
Identifying a logical index of a difference between a logical index corresponding to the decomposed word and the set of obtained logical indexes;
A program for executing the step of registering the logical index of the identified difference in the name learning dictionary as a logical sum relationship and in association with the one piece of estimated information . The apparatus according to claim 1, wherein the name learning dictionary does not include unnecessary words. The method according to claim 6 or 9, wherein the name learning dictionary does not include unnecessary words. The program according to claim 11 or 14, wherein the name learning dictionary does not include unnecessary words.

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