Outlines the history of semantically based programs that have influenced the design of computer assisted language instruction (CALI) programs. Describes early attempts to make intelligent CALI as well as current projects, including the Foreign Language Adventure Game, developed at the University of Delaware. Describes some important…

States that Computer Assisted Language Instruction (CALI) software should be developed as an interactive natural language processing system. Describes artificial intelligence and proposes a model for intelligent CALI software (MICALI). Discusses MICALI's potential and current limitations due to the present state of the art. (Author/LS)

Presents a model of the structure of logic considered necessary for computer processing of metaphorical language. Formally states and diagrams the algorithm for metaphors, isolating domain distance, predicate inequality, and hyperbole as particularly important factors. Distinguishes explanatory literal analogies from expressive metaphors,…

Examines the possibilities of developing computer-assisted language learning (CALL) based on the best of modern technology, arguing that artificial intelligence (AI) strategies will radically improve the kinds of exercises that can be performed. Recommends combining AI technology with other tools for delivering instruction, such as simulation and…

Identifies issues specific to syntactic parsing for intelligent computer-assisted language instruction (ICALI), including applications, types of input errors, characteristics of natural language, and output. Presents a general overview and assessment of grammar formalisms and parsing strategies in relation to ICALI. (Author/LS)

Explains the need for and operations of computerized instructional and drill programs for teaching beginning college-level Russian. Describes two such programs developed at the University of Minnesota. States that these programs provide individualized, out-of-class instruction and teach preproficiency semantic and morphological skills without…

Examines how sound spectrographs provide students learning a second language direct, visual feedback that is more useful than instructors' comments on articulation. Shows spectrographs of words pronounced by native and non-native English speakers. Argues this real-time acoustic analysis is less frustrating and more productive than traditional…

Describes the natural language processing techniques used in two computer-assisted language instruction programs: VERBCON and PARSER. Contends that only by incorporating natural language processing techniques can these programs offer a substantial number of exercises and at the same time provide students with informative feedback. (Author)

Presents an overview of intelligent computer-assisted language instruction (ICALI) research as a type of artificial intelligence research. Outlines the components and kinds of ICALI systems. Examines practical research considerations such as personnel needs for development of ICALI software. (Author/LS)

Asserts that research into the effects of word processing on student writing is dependent on established writing skills, keyboarding techniques, human intervention, and the established criteria for good writing. Concludes that nonnative writers may benefit in significant ways from the attributes of word processing. (CFR)

Describes the natural language computer program, "Vinci." Explains that using an attribute grammar formalism, Vinci can simulate components of several current linguistic theories. Considers the design of the system and its applications in linguistic modelling and second language acquisition research. Notes Vinci's uses in linguistics…

Examines the use of computers for error detection in natural language texts. Focuses on a computer program designed to teach students to edit their papers for errors using pattern matching in error detection. Describes a "pedagogy for editing" and speculates on ways to improve computer detection of errors in natural language texts. (AEM)

Demonstrates how a dynamic programing algorithm can be developed to segment unusually long written inscriptions from the Indus Valley Civilization. Explains the problem of segmentation, discusses the dynamic programing algorithm used, and includes tables which illustrate the segmentation of the inscriptions. (GEA)

Explores uses for intelligent courseware in language classrooms. Defines three types of intelligent systems: microworlds, intelligent grammar checkers, and intelligent tutoring systems. Explains uses of these systems for all phases of writing instruction and for second language instruction. Questions for future research are raised. (Author/LS)

Describes a database for French spelling and grammar which has been working since 1984 in the city of Strasbourg. The database is accessed by the public through MINITEL terminals which are connected to common telephones. Provides examples of typical use and includes sample screen displays. (JDH)