Abstract: A translating apparatus includes: a prefix table for storing a prefix and a plurality of translated words of the prefix such that the translated words of the prefix are, respectively, composed of different kinds of characters of a target language. There is in the apparatus a prefix decision device for deciding whether or not one of morphemes obtained by a morphological analysis portion is a basic word combined with the prefix. The apparatus also has a character discriminating device for discriminating, in the case where it has been decided by the prefix decision device that the one of the morphemes obtained by the morphological analysis portion is the basic word combined with the prefix, a kind of characters of a translated word of the basic word.

Abstract: A method of translating a sentence including a compound word formed by hyphenation by using a translating apparatus which includes a dictionary look up and morpheme analyzer for looking up each word constituting an input sentence of a source language in a dictionary and providing a morpheme array of the input sentence from information obtained by looking up the dictionary, a syntax analyzer for analyzing a syntactic structure of the morpheme array provided by the dictionary look up and morpheme analyzer with dictionary and grammatical rules, a language converter for converting the syntactic structure analyzed by the syntax analyzer into a corresponding syntactic structure of a target language, and a language generator for generating a translation in accordance with the syntactic structure of the target language received from the language converter referring to the information obtained by looking up the dictionary.

Abstract: A translation apparatus is capable of translating a sentence from an original language into a sentence of a target language. In the translation apparatus, the sentence from the original language is analyzed by a computer so that the sentence of the target language may be produced. Prior to the translation, if the sentence from the original language contain a word or words which have not been registered in dictionaries for translation, such words can be collectively indicated on a screen or outputted by a printer. During the translation, if the sentence of the target language contain an inappropriate word or words, each of these words can be replaced by another desired word.

Abstract: A machine translation apparatus includes a morpheme analyzer having a dictionary for analyzing a source sentence into morphemes and for obtaining part of speech and other information using the dictionary, a syntax analyzer having grammatical rules for analyzing the structure of the morphemes identified by the morpheme analyzer using the dictionary and grammatical rules, a convertor for converting the structure obtained by the syntax analyzer to a structure of the target language, and a translated sentence generator for generating a translated sentence according to the structure of the target language obtained by the convertor. The translation apparatus further includes a marker entry for entering a no-conversion start marker and a no-conversion end marker in the input sentence, so that during the generation of the target language, the words between the no-conversion start and end markers are developed without being translated.

Abstract: A computer assisted language translating machine receives source language text from a communication appliance, such as a telex machine, and serially stores the text in a first storage unit. After a predetermined time, character data is read out from the first storage unit and transferred to a second storage unit. A discriminating device determines whether the character data read out of the first storage unit is a period, and whether a space follows the period. In the event a period and space are detected, the sentence associated with the period is translated.

Abstract: A translation system for translating a sentence of an original language into a sentence of a target language utilizes a computer which pre-treats insertion marks. These insertion marks can be quotation marks, colons, semicolons or parentheses found in the original language sentence. The computer also post-treats the insertion marks to provide an appropriate translation of the insertion marks into the target language sentence. These translations of the insertion marks are carried out without carrying the insertion marks throughout the whole translation process.

Abstract: A translation apparatus is provided for translating a sentence from an original language into a sentence of a target language. The translation apparatus has a computer which analyzes the original language sentence, and generates the target language sentence based on the analyzed original language sentence. During the translation, indicators are displayed on a screen for indicating that the analysis of the original language sentence is taking place, and other indicators are displayed for indicating that the generation of the target language sentence is taking place. These indicators will help the operator to know that the translation apparatus is properly operating for obtaining a translation result, particularly when the translation process is taking a long time.

Abstract: A machine translation apparatus is disclosed which includes a number discriminator which distinguishes whether or not the first morpheme to appear in the sentence separated by a morpheme analyzer is a number, and a memory control which, when the number discriminator identifies the morpheme at the beginning to be a number, stores data which identifies the number as a sentence beginning adverb so that the number is added to the beginning of the translated sentence converted to the target language, thus enabling the distinguishable translation between the ordinary sentence and the itemized sentence which begin with a number. The machine translation apparatus further includes a heading specifying step which specifies the words stored in a buffer to be a heading if a word continuing after the word stored in the buffer is a last word and is other than a period, a question mark and an exclamation mark, thus enabling the distinguishable translation between the ordinary sentence and the heading.

Abstract: A translating apparatus for translating an input sentence and outputting its translated sentence so as to display the input sentence and the translated sentence, includes a division device for dividing the input sentence at a designated location into a plurality of character-strings, a linking device for linking a plurality of character-strings into the input sentence, and a selection device for selecting one of the division device or the linking device.

Abstract: A translation system for translating a first language into a second language having at least one user's dictionary into which individual words in the first language desired and equivalent words in the second language can be registered according to user's necessity. This translation system provides means for designating a postpositional word functioning as an auxiliary to a main word such as a verb upon registering the main word in the user's dictionary.

Abstract: A machine translation system for translating inputted sentences using a translation dictionary, defined grammatical rules and tree conversion rules. The translation system is capable of producing partial translation when the entire sentence cannot be translated as a whole. Each translated portion is representative of an analyzed partial tree of the complete inputted sentence.

Abstract: A machine translation system to display an input sentence and a translated sentence thereof, comprising a region specifying circuit for specifying a desired portion in the input sentence, and a partial translating circuit for translating only the portion specified by the region specifying circuit is disclosed.