JP2010211361A - Dictionary management system, method, and dictionary management program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To effectively reflect a change added to an individual term dictionary on a master term dictionary. <P>SOLUTION: A dictionary management system 1 manages dictionary data which is constituted by including: the individual term dictionaries having terms specialized in specific fields; and the master term dictionary having the terms to be commonly used in each of the fields. The system 1 includes: a means for changing the individual term dictionaries; a means for changing the master term dictionary; a means for analyzing a usage state which indicates how at least the names and definitions of the terms to be registered in the master term dictionary are used on the configurations of the individual term dictionaries; and a means for presenting updating candidates including the candidates of the terms to be updated with respect to the master term dictionary, based on the usage state. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a dictionary system implemented using a computer.

  When a project is performed by a plurality of people, a term dictionary that collects terms commonly used in a specific field may be used in order to obtain a common understanding among the people. For example, as shown in FIG. 11, a software development organization 102 for the financial industry, a software development organization 103 for the manufacturing industry, a software development organization 104 for the distribution industry, etc. are organized as subordinate organizations of the software development organization (upper organization) 101. Sometimes. In such a case, term dictionaries 112, 113, and 114 for various industries are created in advance and used in the respective sub-organizations 102, 103, and 104 when performing development work (for such various industries) The term dictionaries 112, 113, and 114 are referred to as individual term dictionaries).

  When creating the individual term dictionaries 112, 113, and 114 as described above, it is efficient to use a software development term dictionary 111 that summarizes terms commonly used in each industry (such software development). The term dictionary 111 is referred to as a master term dictionary). That is, by efficiently registering only specific terms that do not exist in the master term dictionary 111 and that are specific to a specific field in the individual term dictionaries 112, 113, and 114, it is possible to efficiently reduce the data capacity. A system can be constructed.

  The following prior arts are disclosed as prior art related to the dictionary system. In Patent Document 1, when the meaning content corresponding to the term is unregistered, a request for registration of the meaning content is sent for the term, and whether the meaning content is suitable for the business field is determined, If there is a non-conformance, the means for sending a request for correction of semantic content and the meaning content of the business field input to the expert by the registration request are registered in association with the term, and the semantic content suitable for the business field in response to the correction request And a system comprising means for modifying the system. Thereby, it is supposed that the constituent members of the project can introduce the term freely and can recognize that the meaning content is the meaning content suitable for the business field.

  Patent Document 2 includes means for integrating personal customization data, in which an individual gives personal knowledge to a term dictionary, and automatically collects personal customization data, creates shared customization data based on rules, and shares it to the term dictionary An apparatus for registering customization data is disclosed. Thereby, it is supposed that an individual's knowledge can be shared as a whole.

  In Patent Literature 3, a dictionary body in which a plurality of dedicated term dictionaries for each category are hierarchized in a tree structure having the general term dictionary as a root node, and a user dictionary is set by associating the technical term dictionary and the general term dictionary And a means for changing a technical term dictionary, a general term dictionary, a user dictionary, or an association of these dictionary data based on the contents of a plurality of user dictionaries, and a means for recording a history of changes in the dictionary or dictionary data An apparatus comprising: Thereby, it is supposed that a plurality of users can share dictionary data related to user registration.

  In Patent Document 4, when there are a plurality of registered vocabulary information with the same headword, the number of registered vocabulary information of the headword and the registered vocabulary information corresponding to the second language expression corresponding to the registered vocabulary information An apparatus is disclosed that includes means for extracting a headword to be added to the basic dictionary based on at least one of the numbers, and means for registering basic vocabulary information of the extracted headword in the basic dictionary. Thereby, it is supposed that an important word can be extracted based on the statistical information of the registered contents of the user dictionary, and the important word can be registered in the basic dictionary.

JP 2003-296508 A Japanese Patent Laid-Open No. 10-254857 JP 2003-157257 A JP 2007-206975 A

  The term dictionary as described above needs to be updated as appropriate in response to the emergence of new terms, changes in the definition (meaning and content) of terms, and the non-use of terms. For example, when a member of a subordinate organization feels the necessity of changing a term, registering a new term, deleting a term, etc., for example, a computer system (own device) that operates its terminal and manages the individual term dictionary Is included) and the content is edited. By continuously performing such update work, each individual term dictionary is kept up-to-date and appropriate.

  However, inconsistency may occur between each individual term dictionary and the master term dictionary due to the above update operation. For example, a term having the same name (headword or notation) as a term whose definition has been modified in the individual term dictionary is registered in the master term dictionary with the definition before modification, or is new in many individual term dictionaries. Inconsistencies occur, such as registered terms not being registered in the master term dictionary. Such inconsistencies cause the efficiency of the dictionary system to decrease.

  According to the device according to Patent Document 2, a term customized in an individual term dictionary can be used in another term dictionary, but this device does not have a configuration for updating the master term dictionary itself. Moreover, since only the names of terms can be used in this apparatus, if there are homonyms, these terms are shared among a plurality of term dictionaries, which may cause confusion.

  Moreover, in the said patent document 3, although the structure which registers into a special vocabulary dictionary based on the content of a user dictionary is disclosed, the structure which changes the content etc. of the term of a general term dictionary is not disclosed. In addition, in the same document, a configuration that considers the adoption rate indicating the rate at which a certain term is registered in a plurality of user dictionaries is shown, but even if only this adoption rate is considered, the problem related to homonyms It cannot be solved.

  Moreover, in the above-mentioned Patent Document 4, a configuration for determining whether to update the basic dictionary based on the adoption rate of a certain term in the user dictionary is disclosed, but in this configuration, statistical information such as the adoption rate is also disclosed. Therefore, there is room for improvement on the same points as above.

  Therefore, an object of the present invention is to make it possible to effectively reflect changes made to the individual term dictionary in the master term dictionary.

  In order to solve the above problems, the present invention provides dictionary data comprising an individual term dictionary composed of terms specialized in a specific field and a master term dictionary composed of terms commonly used in each field. A dictionary management system for managing, comprising: means for changing the individual term dictionary; means for changing the master term dictionary; and at least a name of a term registered in the master term dictionary in the configuration of the individual term dictionary Means for analyzing a usage status indicating how the definition is used, and means for presenting update candidates including candidate words to be updated to the master term dictionary based on the usage status. It is to be prepared.

  Further, the present invention provides a dictionary management for managing dictionary data comprising an individual term dictionary composed of terms specialized for a specific field and a master term dictionary composed of terms commonly used in each field. A method of changing the individual term dictionary; a step of changing the master term dictionary; and a configuration of the individual term dictionary to determine at least names and definitions of terms registered in the master term dictionary Analyzing a usage status indicating whether the master term dictionary is used, and presenting an update candidate including a candidate for a term to be updated with respect to the master term dictionary based on the usage status. .

  Further, the present invention manages dictionary data comprising a computer with an individual term dictionary composed of terms specialized for a specific field and a master term dictionary composed of terms commonly used in each field. A dictionary management program for causing a computer to change the individual term dictionary, a process to change the master term dictionary, and a term registered in the master term dictionary due to the configuration of the individual term dictionary. A process of analyzing a usage situation indicating at least how the name and definition are used, and an update candidate including a candidate for a term to be updated to the master term dictionary based on the usage situation Process.

  According to the present invention, on the configuration of the individual term dictionary, the usage situation indicating how the term registered in the master term dictionary is utilized is analyzed in detail from the term name and the adoption rate of the definition, etc. Based on this usage situation, update candidates to be added to the master term dictionary are presented. Then, the user can appropriately change the master term dictionary based on the presented update candidates. As a result, changes made to the individual term dictionary can be effectively reflected in the master term dictionary.

It is a functional block diagram which shows the structure of the dictionary management system which concerns on Embodiment 1 of this invention. 4 is a flowchart showing a flow of processing in the dictionary management system according to the first embodiment. It is a figure which illustrates the data structure of a master term dictionary. It is a figure which illustrates the data structure of an individual term dictionary. It is a figure which illustrates the data structure where a department number and an organization name are linked | related. It is a figure which illustrates the output screen of the utilization condition of a master term. It is a figure which illustrates the detail screen displayed when a detail button is pushed on the output screen of a use condition. It is a figure which illustrates the output screen of a new registration rate. It is a figure which illustrates the detail screen displayed when the detail button is pushed on the output screen of a new registration rate. It is a functional block part which shows the structure of the dictionary management system which concerns on Embodiment 2 of this invention. It is a figure which illustrates the structure of the dictionary system containing a master term dictionary and an individual term dictionary.

  Embodiments of the present invention will be described below with reference to the drawings. Note that, in different embodiments, portions having the same or similar operational effects are denoted by the same reference numerals and description thereof is omitted.

Embodiment 1
FIG. 1 shows a configuration of a dictionary management system 1 according to the present embodiment. The dictionary management system 1 includes an input device 2, a data processing device 3, a storage device 4, and an output device 5. The input device 2 includes devices such as a keyboard, a mouse, and a touch panel, and outputs a predetermined input signal in accordance with a user operation. The data processing device 3 includes a CPU (Central Processing Unit) that performs various information processing by program control, a combination of various logic circuits, and the like. The storage device 4 includes a ROM (), a RAM (), and the like, and enables reading and writing of various data accompanying information processing by the CPU, storing of various control programs, and the like. The output device 5 includes devices such as a display, a speaker, and a printer, and outputs information generated by the data processing device 3 to the outside.

  The storage device 4 includes a master term dictionary definition unit 11, an individual term dictionary definition unit 12, and an organization code definition unit 13.

  The master term dictionary definition unit 11 stores information on terms included in the master term dictionary. FIG. 3 illustrates the data structure of the master term dictionary. In the figure, the usage flag is information indicating whether the corresponding term is used by the user.

  The individual term dictionary definition unit 12 stores information on terms included in the individual term dictionary for each individual term dictionary created corresponding to various fields. FIG. 4 shows an example of the data structure of this individual term dictionary. In the figure, the usage flag is information indicating whether the corresponding term is used by the user. In addition, the term No. Is the term No. in the master term dictionary. It is attached to the term adopted from the master term dictionary.

  The organization code definition unit 13 stores a code that uniquely identifies an organization (field or industry) corresponding to each individual term dictionary and the organization name in association with each other. FIG. 5 shows an example of the data structure of information relating to this identification code.

  The data processing device 3 includes a term dictionary registration unit 21, a term dictionary usage status analysis unit 22, a usage name adoption level totaling unit 23, a term definition adoption level totaling unit 24, a newly registered term totaling unit 25, a term dictionary updating unit 26, A dictionary output unit 27 is provided.

  The term dictionary registration unit 21 registers information related to the term dictionary input by the input device 2 in the corresponding term dictionary. That is, information related to the master term dictionary is registered in the master term dictionary definition unit 11, and information related to the individual term dictionary is registered in the individual term dictionary definition unit 12 of the organization corresponding thereto.

  The term dictionary usage situation analysis unit 22 instructs a term name adoption degree totaling unit 23, a term definition adoption degree totaling unit 24, and a newly registered term totaling unit 25 to be described later, and based on the results, Analyze usage. The analyzed usage situation is output to the output device 5.

  The term name adoption degree totaling unit 23 uses the information registered in the master term dictionary definition unit 11 and the individual term dictionary definition unit 12 to calculate the term name adoption rate of terms registered in the master term dictionary. The term name adoption rate is a value indicating how much the name of the term registered in the master term dictionary is adopted in each individual term dictionary.

  The term definition adoption rate totaling unit 24 uses the information registered in the master term dictionary definition unit 11 and the individual term dictionary definition unit 12 to calculate the term definition adoption rate of terms registered in the master term dictionary. The term definition adoption rate is a value indicating how much the definition of the term registered in the master term dictionary is adopted in each individual term dictionary.

  The newly registered term totaling unit 25 uses the information registered in the master term dictionary definition unit 11 and the individual term dictionary definition unit 12 to collect terms that are not in the master term dictionary but exist in the individual term dictionary. Calculate new registration rate. This new registration rate is a value indicating how much a term that does not exist in the master term dictionary is newly registered in a plurality of individual term dictionaries as a whole.

  The term dictionary update unit 26 receives an editing instruction from a user such as deletion, addition, and correction of terms in the master term dictionary, reflects the instructions on the master term dictionary definition unit 11, and updates the master term dictionary. The result is reflected in the individual term dictionary definition unit 12.

  The term dictionary output unit 27 outputs the information of the master term dictionary definition unit 11 and the individual term dictionary definition unit 12 to the output device 5 as data in CSV (Comma Separated Values) format or the like.

  FIG. 2 shows the flow of processing in the dictionary management system 1 having the above configuration. First, master term dictionary data given in CSV format from the input device 1 by the user is registered in the master term dictionary definition unit 11 by the term dictionary registration means 21 (S101). At this time, the data structure of the master term dictionary is as shown in FIG. In FIG. Indicates a number that allows a term to be uniquely identified in the master term dictionary. The usage flag indicates whether the term is currently in use. The term name indicates the name of the term (headword, notation). The reading kana indicates the name (pronunciation) of the term. The term definition indicates the definition (meaning, content) of the term.

  Next, the data of each individual term dictionary given in CSV format from the input device 1 by the user is registered in the individual term dictionary definition unit 32 by the term dictionary registration means 21 (S102). At this time, the data structure of the individual term dictionary is as shown in FIG. There are as many pieces of this data as there are individual term dictionaries. In the figure, the department number indicates a number that makes it possible to uniquely identify in which department (organization, field, industry) the individual term dictionary is used. FIG. 5 illustrates a data structure in which a department number and an organization name are associated with each other. This data is registered in the organization code definition unit 13. Term No. Indicates a number that allows a term to be uniquely identified in the individual term dictionary. The usage flag indicates whether the term is currently in use. The master term indicates whether or not the term is adopted from the master term dictionary. In other words, when it is adopted from the master term dictionary, the term number of the master term dictionary is entered, and when it is blank, it indicates that the term is newly defined (registered) in the individual term dictionary. The term name indicates the name of the term. The reading kana indicates the name of the term. The term definition indicates the definition of the term. This definition includes a case where the definition of the master term dictionary is used as it is and a case where it is uniquely given by the creator of the individual term dictionary.

  Next, the usage status of terms from the master term dictionary is analyzed for each individual term dictionary. That is, the term dictionary usage status analysis unit 22 issues a totaling instruction to the term name adoption degree totaling unit 23, the term definition adoption degree totaling unit 24, and the newly registered term totaling unit 25, and the totalization result is output from the output device 4. The

  In this usage status analysis process, first, the term name adoption rate totaling unit 23 calculates the term name adoption rate of each term registered in the master term dictionary (S103). This term name adoption rate is, for example, the term No. in the master term dictionary. Search all the individual term dictionary definition sections 12 using as a key, and divide the number that matches the value of the column name “master term No.”, that is, the number of adopted terms by the total number of individual term dictionaries. Can be calculated. For example, the term No. When one “architecture” is used in eight of the ten individual term dictionaries, the term name adoption rate of “architecture” is 8/10 = 0.8, that is, 80%. Such an operation is performed for all terms registered in the master term dictionary.

  Next, the term definition adoption rate totaling unit 24 calculates the term definition adoption rate of each term registered in the master term dictionary (S104). This term definition adoption rate is, for example, the term No. in the master term dictionary. Are used as a key to search all the individual term dictionary definition sections 12 and extract information on terms that match the value of the column name "master term No." Then, for each extracted term, it is investigated whether the term definition in the individual term dictionary matches the term definition in the master term dictionary. If they do not match, it indicates that the definition has been updated in the individual term dictionary. Based on this survey result, the adoption rate of definitions from the master term dictionary can be calculated. For example, the term No. 1 "architecture" is adopted in 8 out of 10 individual term dictionaries, and the definition of master term dictionary is adopted in 5 out of 8 adopted individual term dictionaries The term definition adoption rate of the term “architecture” is 5/8 = 0.625, that is, 62.5%.

  Next, the new registration term totaling means 25 totals the new registration status of terms in the individual term dictionary, and calculates the new registration rate (S105). In order to extract a term newly registered in the individual term dictionary, in all the individual term dictionary definition units 12, term information (department number, term number, usage flag) in which the value of the column “master term number” is empty , Master term No., term name, reading pseudonym, term definition). For example, when the term “architecture description language” that does not exist in the master term dictionary is newly defined in five of ten individual term dictionaries, the new registration rate of “architecture description language” is 5 / 10 = 0.5, that is, 50%. Such an operation is performed for all newly registered terms in the individual term dictionary.

Next, the usage status of terms in the master term dictionary is output (S106). That is, using the term name adoption rate, the term definition adoption rate, and the like obtained in steps S103 and S104, a score indicating the necessity of changing the master term dictionary is calculated for each term and output to the output device 5. This score can be obtained by the following equation.
Score = (total number of individual term dictionaries) * (term name adoption rate) * (term name adoption rate) * (term definition adoption rate)
The smaller the score, the more the term name and term definition are not used in the individual term dictionary, and the greater the need for changes from the master term dictionary. Therefore, it is preferable to display on the display or the like as the candidate for updating the master term dictionary in order from the term having the lowest score. In addition, when the values of the term name adoption rate and the term definition adoption rate are below the threshold value, it is preferable that the update candidate be used regardless of the score. The score calculation formula, threshold value, display order, etc. can be set as fixed values in advance or can be set as appropriate by the user.

  FIG. 6 illustrates an example of the usage status output screen. In this example, the lower limit threshold value of the score is 70, the threshold value of the term name adoption rate is 50%, and the threshold value of the term definition adoption rate is 60%. In addition, a detail button is provided at the right end of each row. FIG. 7 illustrates a detail screen displayed when the detail button is pressed. In this example, the term information of the master term dictionary is displayed on the first line. In the second line, an editing form (described later in step S107) for editing the master term dictionary is displayed. On the third and subsequent lines, information on the adoption of terms for each individual term dictionary is displayed. From this detailed screen, it is possible to grasp which individual term dictionary adopts the term and how the term definition is customized.

  In step S106, the new registration rate is also displayed. That is, a term whose new registration rate is equal to or greater than a threshold is output to the screen as an update (addition) candidate to the master term dictionary. FIG. 8 shows an example of a new registration rate output screen. In this example, the threshold for the new registration rate as an update candidate is 90%. The threshold value, display order, etc. can be set as a fixed value in advance, or can be set as appropriate by the user. In addition, a detail button is provided at the right end of each row. FIG. 9 shows an example of a detail screen displayed when this detail button is pressed. In this example, an edit form (described later in step S107) for adding a term to the master term dictionary is displayed on the first line. On the second and subsequent lines, information on terms in the individual term dictionary is displayed. With this detailed screen, it is possible to grasp the organization in which the term is newly registered and the definition of the term made by the organization.

  Next, the master term dictionary is edited based on the usage status output (S107). For example, in the output screen shown in FIG. 6, it is determined that the term is to be deleted by checking the check box of the column name “delete” and pressing the update button. Also, the definition of terms in the master term dictionary can be updated on the detailed screen shown in FIG. The user can edit the definition of the term while comparing the term information in the master term dictionary on the first line of the detail screen shown in FIG. 7 and the usage information on each individual term dictionary in the third and subsequent lines. If the definition of an individual term dictionary is more suitable than the definition of the master term dictionary and should be replaced, check the checkbox in the column name “Register” of the definition to be adopted. And press the update button to update to adopt the definition.

  In addition, the registration of new terms in the master term dictionary can be performed on the detailed screen shown in FIG. For example, in many individual terminology dictionaries, the term X is newly registered, and when a term X is newly registered in the master term dictionary, the term “term X” may be the same, but its definition may be different. . In such a case, on the detailed screen shown in FIG. 9, it is possible to select a suitable term by checking which column definition “registration” is selected for which term definition is adopted. Further, when the name “term X” is adopted, but the definition is not quoted from the individual term dictionary and it is desired to set it independently, the column name “1” on the first line of the detailed screen shown in FIG. Check the “Register” checkbox in the row where “Recruiting organization” is “New definition” and enter the user's own definition in the term definition column. Finally, the definition is confirmed by pressing the update button.

  Next, the term dictionary update unit 26 reflects the update result to the master term dictionary performed in step S107 in the master term dictionary definition unit 11 and the individual term dictionary definition unit 12 (S108).

  Finally, the term dictionary output means 27 outputs the information stored in the master term dictionary definition unit 11 and the individual term dictionary definition unit 12 to the output device 5 as data in the CSV format or the like (S109).

  As described above, according to the dictionary management system 1, the individual term dictionary actually used by the user is analyzed in detail as to how the master term dictionary is used, and based on the analysis result, The master term dictionary can be efficiently kept up-to-date and optimal. That is, based on the usage status of the master term dictionary to the individual term dictionary (term name adoption rate, term definition adoption rate, new registration rate, etc.), update candidates for the master term dictionary are presented. It is possible to greatly reduce the time for determining necessity. Furthermore, according to the present system 1, it is possible to improve and maintain the master term dictionary with high practicality.

Embodiment 2
FIG. 10 shows the configuration of the dictionary management system 51 according to Embodiment 2 of the present invention. Compared with the configuration of the dictionary management system 1 according to the first embodiment, the dictionary management system 51 does not include the term dictionary registration means 21 in the input device 1 and the data processing device 3, and is not in the storage device 3. The difference is that the individual term dictionary definition unit 12 is in the individual term dictionary management system 55 outside the main device.

  In addition, in the master term dictionary definition unit 11 and the individual term dictionary definition unit 12 according to the present embodiment, information related to the master term dictionary is stored in advance. That is, in the first embodiment, a format is adopted in which information related to the master term dictionary and information related to the individual term dictionary are read from the outside via the input device 1 and the update result is output to the outside. In this form, information on the master term dictionary is managed in the main unit.

  Further, by accessing the master term dictionary definition unit 11 and the individual term dictionary definition unit 12 of the individual term dictionary management system 55 from the main unit (data processing device 3), reading of information on the individual term dictionary, It is possible to directly update the term dictionary.

  Even with such a configuration, the same effects as those of the first embodiment can be obtained.

  Note that the present invention is not limited to the above-described embodiment, and can be changed as appropriate without departing from the spirit of the present invention.

DESCRIPTION OF SYMBOLS 1,51 Dictionary management system 2 Input device 3 Data processing device 4 Storage device 5 Output device 11 Master term dictionary definition part 12 Individual term dictionary definition part 13 Organization code definition part 21 Term dictionary registration part 22 Term dictionary utilization condition analysis part 23 Term Name adoption degree totalization part 24 Term definition adoption degree totalization part 25 Newly registered term totalization part 26 Term dictionary update part 27 Term dictionary output part 55 Individual term dictionary management system

Claims (9)

A dictionary management system for managing dictionary data comprising an individual term dictionary consisting of terms specialized for a specific field and a master term dictionary consisting of terms commonly used in each field,
Means for changing the individual term dictionary;
Means for changing the master term dictionary;
Means for analyzing a usage situation indicating how at least a name and a definition of a term registered in the master term dictionary are used in the configuration of the individual term dictionary;
Means for presenting update candidates including candidate words to be updated to the master term dictionary based on the usage status;
A dictionary management system comprising: The usage status is
Terms registered in the master term dictionary, a term name adoption rate indicating a ratio of the individual term dictionary in which the same name as the term is registered among the plurality of individual term dictionaries,
Terms registered in the master term dictionary, a term definition adoption rate indicating a ratio of the individual term dictionary in which the same definition as the term is registered among the plurality of individual term dictionaries,
A new registration rate indicating a ratio of the individual term dictionary in which the term is newly registered among a plurality of the individual term dictionaries that are not registered in the master term dictionary;
Analyzed based on the
The dictionary management system according to claim 1. Means for outputting update proposal information including the update candidate and the usage status;
Based on the operation of the terminal by the user, an arbitrary term is selected from a plurality of or a single term candidate indicated in the update proposal information, and the selected term is changed, newly registered, or deleted. Means to enable,
The dictionary management system according to claim 1, further comprising: A dictionary management method for managing dictionary data comprising an individual term dictionary consisting of terms specific to a specific field and a master term dictionary consisting of terms commonly used in each field,
Changing the individual term dictionary;
Changing the master term dictionary;
Analyzing the usage status indicating how at least names and definitions of terms registered in the master term dictionary are used in the configuration of the individual term dictionary; and
Presenting update candidates including candidate words to be updated to the master term dictionary based on the usage status;
A dictionary management method comprising: The usage status is
Terms registered in the master term dictionary, a term name adoption rate indicating a ratio of the individual term dictionary in which the same name as the term is registered among the plurality of individual term dictionaries,
Terms registered in the master term dictionary, a term definition adoption rate indicating a ratio of the individual term dictionary in which the same definition as the term is registered among the plurality of individual term dictionaries,
A new registration rate indicating a ratio of the individual term dictionary in which the term is newly registered among a plurality of the individual term dictionaries that are not registered in the master term dictionary;
Analyzed based on the
The dictionary management method according to claim 4. Outputting update proposal information including the update candidate and the usage status;
Selecting an arbitrary term from a plurality of or single term candidates shown in the update proposal information, and enabling the selected term to be changed, newly registered, or deleted;
The dictionary management method of Claim 4 or 5 provided with these. This is a dictionary management program that allows a computer to manage dictionary data comprising an individual term dictionary consisting of terms specialized for a specific field and a master term dictionary consisting of terms commonly used in each field. There,
On the computer,
Processing to change the individual term dictionary;
Processing to change the master term dictionary;
A process of analyzing a usage status indicating how at least a name and a definition of a term registered in the master term dictionary are used in the configuration of the individual term dictionary;
A process of presenting update candidates including candidate words to be updated with respect to the master term dictionary based on the usage situation;
Dictionary management program that executes The usage status is
Terms registered in the master term dictionary, a term name adoption rate indicating a ratio of the individual term dictionary in which the same name as the term is registered among the plurality of individual term dictionaries,
Terms registered in the master term dictionary, a term definition adoption rate indicating a ratio of the individual term dictionary in which the same definition as the term is registered among the plurality of individual term dictionaries,
A new registration rate indicating a ratio of the individual term dictionary in which the term is newly registered among a plurality of the individual term dictionaries that are not registered in the master term dictionary;
Analyzed based on the
The dictionary management program according to claim 7. On the computer,
Processing for outputting update proposal information including the update candidate and the usage status;
Based on an operation to the input device by the user, an arbitrary term is selected from a plurality of candidate words or a single term indicated in the update proposal information, and the selected term is changed, newly registered, or deleted. Processing to enable
The dictionary management program according to claim 7 or 8, wherein:

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