JPS6120115A - Data processing system for "kana"/"kanji" conversion processing - Google Patents

Abstract

PURPOSE:To utilize a user's dictionary efficiently by storing ''KANA'' (Japanese syllabary)/''KANJI'' (Chinese character) conversion information corresponding to software started by a starting means in an area of a dictionary means, and while referring a ''KANA''/''KANJI'' dictionary, converting ''KANA'' into ''KANJI''. CONSTITUTION:A data processing system for ''KANA''/''KANJI'' conversion is constituted of a data input means 1 consisting of a display keyboard, an auxiliary memory 2 for storing software, a selective starting processing part 6, etc. If the formation of a program based upon a Japanese basic processing software e.g. which is one of plural softwares is specified by an input through the keyboard, the program starting processing part in a processor 12 loads a processing program 3-1 from an auxiliary memory 2-1 to a main memory MM and stores ''KANA''/''KANJI'' conversion dictionary information in an additional storage dictionary part 9 of a user's dictionary memory 7. Consequently, a ''KANJI'' word in the dictionary part 9 can be displayed prior to that of a basic dictionary part 8.

Description

[Detailed Description of the Invention] [Industrial Application Field] The present invention relates to a data processing system that performs kana-kanji conversion and inputs data to the data processing system, and in particular, a data processing system that performs kana-kanji conversion and inputs data into the data processing system, and in particular, a conversational data processing system that can handle multiple types of Japanese programming. It relates to processing systems.

[Conventional technology]

Recently, the kana-kanji conversion method has become established for Japanese input. The Kana-Kanji conversion method is becoming the standard method for Japanese input devices because of its ease of use. The kana-kanji conversion method requires a kana-kanji conversion dictionary, which is a correspondence table between kana and kanji. However, these dictionaries are now generally available. However, the required vocabulary differs depending on the purpose of the document being created, such as a dictionary for creating a name book or a document for a patent application.

In the case of using a word processor to create sentences like these, the number of Chinese words added to the dictionary is large (it would be better to use another dictionary as has been done in the past).

[Problem that the invention seeks to solve]

However, as a new trend in the future, conversations between computers and humans will begin to be conducted in Japanese. The Japanese language used in this case is the language used for conversations between computers and humans, has a small number of words, and has very limited uses. For example, considering Japanese RASIC, there are 100 Japanese words used in BASIC's language specifications.
Words are enough. This is BASIC PRINT
This is an example of using the Japanese word ``print'' instead of .

Because the number of words is small, Japanese RASIC, Japanese Fo
It is not a good idea to provide dictionaries for each of RTRAN and Japanese in terms of space efficiency. vice versa,
If you tried to have everything in a dictionary, you would have to have a considerable amount of Japanese because there are so many different types, which is also not a good idea.

[Means for solving problems]

In order to solve the above problems, the present invention provides a data input means for kana-kanji conversion processing, a software storage means for storing software and kana-kanji conversion information corresponding to the software, a starting means for starting the software, and the starting means. Kana-Kanji conversion dictionary means having an area for storing Kana-Kanji conversion information compatible with software started up.

and a kana-kanji conversion processing means that performs kana-kanji conversion by referring to the kana-kanji conversion dictionary based on the input from the kana-kanji data input means.

[For production]

According to the present invention, when an operator starts software without using it, as part of the program loading process of the software, a part of the kana-kanji conversion dictionary is added to the kana-kanji conversion dictionary that is not in the basic dictionary and is used for input to the software. is input.

Therefore, when the launched program is running,
Words used for limited purposes here are prepared in advance and stored in an additional storage area of the dictionary before the program is executed. The necessary words will be prepared.

〔Example〕

FIG. 1 shows an embodiment of the invention. In the figure, 1 is a data input means, including a keyboard KI3 and a display section DIS.
A display keyboard with P.

2-1.2-2. ~2-n is an auxiliary memory which is a software storage means; 3-1.12. ~3-n is a program, 4-1.4-n is data, 5-1 to 5-n are kana-kanji conversion dictionary information, and 6 is a startup means that starts alternatively with one of a plurality of software. 7 is a user dictionary memory section which is a kana-kanji conversion dictionary means; 8 is a basic dictionary area; 9 is an additional storage dictionary section that stores kana-kanji conversion information corresponding to the activated software; 10 is a user registration Dictionary section, 11 is a kana-kanji conversion processing section.

12 is a processing device.

That is, with input instructions from the display/keyboard 1,
One of the multiple software is started.

For example, when it is specified that a Japanese language basic processing program is to be created using Japanese language basic processing software, the program startup processing section 6 in the processing device 12 executes the processing program 3.
-1 from the auxiliary memory 2-1 to the main memory MM, and stores the kana-kanji conversion dictionary information into the additional storage dictionary section of the user dictionary memory section 7. At that stage, the data processing device is in a ready state and can process Japanese Basic by inputting instructions from the display and keyboard. "G
For the "destination" equivalent to OTOJ, "ikisaki"
When you press the keyboard KB in hiragana, the display section DIS
When "ikisaki" is displayed on P and the conversion key on the keyboard KB is then pressed, the kana-kanji conversion processing section 11 first searches the user registration dictionary section 10 for the kanji corresponding to "ikisaki", If so, that kanji is displayed on the display section DISP.

If there is no corresponding kanji, or if the operator further requests the next candidate corresponding kanji, the additional storage dictionary section 9 is searched and the "destination" is displayed on the display section DISP. In this case, the basic dictionary section 8 stores the word "Gyoto" corresponding to "ikisaki", but since there is an additional storage dictionary section 9, the kanji word "Gyoto-1" is given priority. Is displayed.

If there is no such additional storage dictionary, it can only be converted to "Destination", and unless it is registered individually in the user registration dictionary section 10, [Ikisaki-1 cannot be converted to "Destination", but the book] According to the invention, at the same time as the Japanese Basic program is loaded, a unique kana-kanji conversion pair used in Japanese Basic is loaded into the user dictionary memory section, so conversion to "destination" is possible. However, no extra effort or time is required for this purpose.

FIG. 2 shows an example of the configuration of a data processing system according to the present invention.

In the figure, the same symbol as in the previous figure indicates the same thing as in the previous figure, and FLPY is a floppy disk device.
CPU represents a central processing unit, and B represents a connection lot. Also,
FIG. 3 is a diagram showing the format of the Japanese basic software according to the present invention, and shows the contents stored in the system floppy for the basic software.

Next, we will explain the operation. Now, suppose that an operator programs a processing procedure in Japanese Basic.

■ Insert the Japanese Basic System floppy into the floppy disk drive FLPY.

■ The program loading program in the main memory MM is triggered by the floppy disk device.
Executed in the central processing unit CPU, as a result, system programs and data in the floppy disk drive are stored in the main memory MM.

(2) At the same time, kana-kanji conversion data is also stored in the additional storage dictionary section 9 in the dictionary memory 7. This kana-kanji conversion dictionary consists of three parts. The basic dictionary section 8 is a standard dictionary that the input device originally has. Further, the user registration dictionary section 9 is an area where the user registers his/her desired short story, as seen in Tsutomi's word processor. The additional storage dictionary is a feature of the present invention. This portion is stored together with the program stored externally, for example, on the floppy disk drive FLPY. ■Here, create a program in Japanese basic language using the display and keyboard.

Because it is based on Japanese, various commands and statements can also be used in Japanese. For example, instead of GOTo, [
Destination J is something like [Print] instead of PRINT. These are about 10 reserved words in BAS IC.
There are about 0 words. There are about 100 Japanese words that are compatible with these words, but those words that are not included in the basic dictionary will already be registered in the kana-kanji conversion dictionary before the program is executed.

Therefore, by inputting a kana from the keyboard KB and then pressing the conversion instruction key on the same keyboard KB, the dictionary memory section 7 is accessed, the kanji corresponding to the kana is found in the dictionary, and the kanji is converted. Display on the display DISP. When the conversion instruction key is further pressed, homophones and allographs are displayed one after another, which is the same as in the conventional kana-kanji conversion process. There is a slight difference in that the basic dictionary section 8 is accessed in the last order. The advantage of accessing in this order is that frequently used kanji strings are registered in the user registration dictionary section IO in shortened kana as user registration words, so they are given first priority, and then the program As a result of the Nippon Fu Heshisoku, the additional storage dictionary section 9 is given second priority over the basic dictionary section 8, so the kanji that will be used more frequently will be displayed with higher priority, and that's all. The input efficiency is -L.

■ When the input is completed, the user manually presses [End] and then ``Execute'' in Japanese to compile and execute the created Japanese Basic.

Although not shown, it is also possible to further include a communication control section and communicate with a center or other data processing system via the communication control section using the Japanese basic procedure.

〔Effect of the invention〕

In language processing such as Japanese FORTRAN, Japanese C0BOI79 Japanese Assembler, Japanese By, p+-], and Japanese Simple High-Level Language, the processing program (compiler) uses the kana-kanji conversion information specific to each word. ), the user dictionary can be used efficiently without having to store all the words in the user dictionary. Furthermore, in the present invention, since the kana-kanji conversion information is stored in the additional storage dictionary section of the dictionary when the program is started, there is also the effect that no time is wasted.

Further, in the embodiment shown in FIG. 2, only Japanese words are stored in the external memory, but it is of course possible to use an external memory containing a plurality of words at the same time for selection.

[Brief explanation of drawings]

FIG. 1 is an embodiment of the present invention, FIG. 2 is a system configuration diagram of the present invention, and FIG. 3 is a diagram showing the format of Japanese basic software of the present invention. In the figure, 1 is a display keyboard. 2-1 to 2-n are software storage means, 6 is a software starting means, 7 is a kana-kanji conversion dictionary, and 12 is a kana-kanji conversion processing section.

Claims (1)

[Claims] Data input means for kana-kanji conversion processing, software storage means for storing software and kana-kanji conversion information corresponding to the software, starting means for starting the software, kana-kanji conversion information corresponding to the software started by the starting means Kana-Kanji conversion dictionary means having an area for storing Kana-Kanji conversion dictionary means, and Kana-Kanji conversion processing means for performing Kana-Kanji conversion by referring to the Kana-Kanji conversion dictionary based on the input from the data input means. A data processing system for kana-kanji conversion processing.