Titlebook: Generalized LR Parsing; Masaru Tomita Book 1991 Springer Science+Business Media New York 1991 Parsing.algorithms.complexity.grammar.hidden

轉(zhuǎn)換

思鄉(xiāng)病

滑稽

GLR Parsing in Time O(,,), can be shown to theoretically perform as well as the restricted algorithms on a large subclass of CF grammars, due to the inefficiency of goal expansion the general algorithms have not been widely used as practical parsers for programming languages.

切碎

GLR Parsing for Noisy Input,ttice in Italian. Lee . [.] developed a prototype Chinese (Mandarin) dictation machine which takes a syllable lattice (a set of syllables, such as [guo-2] and [tieng-1], hypothesized by a speech recognition module) and produces a Chinese character sequence which is both syntactically and semantically sound.

引起痛苦

Book 1991on University. When I was a graduate student at CMU, I tried to build a couple of natural language systems based on existing parsing methods. Their parsing speed, however, always bothered me. I sometimes wondered whether it was ever possible to build a natural language parser that could parse reason

控訴

negie Mellon University. When I was a graduate student at CMU, I tried to build a couple of natural language systems based on existing parsing methods. Their parsing speed, however, always bothered me. I sometimes wondered whether it was ever possible to build a natural language parser that could pa

scrape

Ruptured-Disk

Constitutional Futures Revisitedlar interest to us is the recognition of continuous speech and it was with this application in mind that the probabilistic LR parser was developed. However, there are likely to be other applications as well, perhaps in handwriting and optical character recognition and in certain compilers.

Hay-Fever

Charles M. Lamb,Jacob R. Neiheiselt still run in real time. We have developed our system over the course of four years and have used it to write grammars for Spanish, English, French, German, Russian, and Classical Greek; the most comprehensive of these is for Spanish, where the grammar contains over five hundred context-free productions and the lexicon contains some 3000 roots.

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