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Hays, David G. – 1973
The design of codes and formats for information storage must be guided by the requirements of the processes in which the stored information is to be used. In the case of medical data, a code must be designed to facilitate several different processes, including case management, administration, evaluation and research. Design of such a system can be…
Descriptors: Codification, Computational Linguistics, Information Needs, Information Science
Felsenthal, Norman A.; Felsenthal, Helen – 1972
A computer program called TEXAN (Textual Analysis of Language Samples) was developed for use in calculating frequency of characters, words, punctuation units, and stylistic variables. Its usefulness in determining readability levels was examined in an analysis of language samples from 20 elementary tradebooks used as supplementary reading…
Descriptors: Automatic Indexing, Comparative Analysis, Computational Linguistics, Information Processing
1976
The use of computers in bilingual vocabulary processing and the task of compiling a Canadian bilingual legal dictionary are discussed. A model for automating lexicography and an analysis of the variables of bilingual communication are presented. It is emphasized that both human decision-making and computer manipulation are involved in this type of…
Descriptors: Bilingualism, Computational Linguistics, Computer Oriented Programs, Computer Science
Peer reviewedWilks, Yorick – Communications of the ACM, 1975
Describes a program for understanding and generating natural language which handles paragraph-length imput. Its core, "preference semantics," a system of preferential choice between deep semantic patterns, is contrasted with: (1) syntax-oriented linguistic approaches, and (2) theorem-proving approaches to understanding. Available from…
Descriptors: Artificial Intelligence, Computational Linguistics, Deep Structure, Generative Grammar
Peer reviewedLeavitt, Jay A. – Computers and the Humanities, 1976
This work represents an effort to develop empirical algorithms useful for measuring alliteration. The resulting rankings compare not unfavorable with an intuitive ranking. (Author)
Descriptors: Cluster Analysis, Computational Linguistics, Language Patterns, Language Research
Peer reviewedGrishman, Ralph – Journal of the American Society for Information Science, 1984
Examines two primary roles played by natural language processing in storage and retrieval of information and outlines organization of natural language interface for data retrieval (question-answering system) and approaches being taken to text analysis. Research issues in computational linguistics and interactive knowledge acquisition are…
Descriptors: Artificial Intelligence, Computational Linguistics, Computer Science, Information Retrieval
Peer reviewedNagy, William E.; Anderson, Richard C. – Reading Research Quarterly, 1984
Concludes that there are about 88,500 words in printed school English and that even systematic direct vocabulary instruction could not account for a significant proportion of all the words children actually learn, nor cover more than a modest proportion of the words they will encounter in school reading materials. (FL)
Descriptors: Child Language, Computational Linguistics, Elementary Education, Language Usage
Peer reviewedAllen, John R. – French Review, 1974
Descriptors: Authors, Comparative Analysis, Computational Linguistics, Identification
Peer reviewedRamasubramanian, N.; Thosar, R. B. – Phonetica, 1973
Paper presented at the 1st All India Conference of Linguists, Poona, India, December 1970. (DD)
Descriptors: Acoustic Phonetics, Articulation (Speech), Computational Linguistics, Consonants
Gerver, D.; Dineley, G. – Behavior Research Methods and Instrumentation, 1972
Research supported by the Social Science Research Council. (RS)
Descriptors: Articulation (Speech), Computational Linguistics, Digital Computers, Flow Charts
Peer reviewedBenzon, William; Hays, David G. – Computers and the Humanities, 1976
The nature of computational linguistics, and formulation of problems in literary analysis to which this approach can be applied, are considered. A review of current work in this field and an illustration of how this work might be used in an analysis of Shakespeare's writing are presented. (RW)
Descriptors: Abstract Reasoning, Artificial Intelligence, Cognitive Processes, Computational Linguistics
Peer reviewedSalkie, Raphael – Language Sciences, 1996
Discusses and compares the meaning of epistemic uses of modals. Demonstrates that the relation between them is not as simple as has been frequently suggested. The article bases its observations on the data from a corpus of parallel French and English texts, pointing out that such a corpus can open new avenues for investigation of an old topic. (18…
Descriptors: Cognitive Structures, Computational Linguistics, Contrastive Linguistics, Data Interpretation
Peer reviewedMauranen, Anna – TESOL Quarterly, 2003
Describes a project to make a corpus of English spoken as a lingua franca in university settings in Finland. This corpus is one of the first to address the need for corpora that show the target for English-as-a-Foreign-Language learners whose goal is not to speak with native speakers but to interact in communities where English is a lingua franca.…
Descriptors: Computational Linguistics, English (Second Language), Foreign Countries, Higher Education
Peer reviewedBernardini, Silvia – TESOL Quarterly, 2003
Describes a million-word corpus for English-Italian translation students. Outlines the design, which makes multiple types of comparisons possible among originals and translations and illustrates how to use the corpus to teach sociocultural insights, discourse-structuring expressions, and lexical patterns. (Author/VWL)
Descriptors: Computational Linguistics, English (Second Language), Italian, Language Patterns
Peer reviewedBurgess, Curt; Lund, Kevin – Language and Cognitive Processes, 1997
Presents a model of high-dimensional context space, the Hyperspace Analogue to Language (HAL), with a series of simulations modelling human empirical results. Proposes that HAL's context space can be used to provide a basic categorization of semantic and grammatical concepts; model certain aspects of morphological ambiguity in verbs; and provide…
Descriptors: Ambiguity, Computational Linguistics, Context Clues, Language Processing


