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)

Discusses "Object LOGO," a symbolic computer programing language for use in the creative arts. Describes the use of the program in approaching arts projects from textual, graphic, and musical perspectives. Suggests that use of the program can promote development of creative skills and humanities learning in general. (SG)

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)

Describes a computer program under development that is to be used as a tool for theory builders, teachers, and students in language learning. This is an interactive program and not only helps the learning of a language but also provides analysis on how language is learned. Questions if computers learn. (GG)

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)

Describes "SuperText," computer software designed to support expository writing among students in distance learning programs, and its theoretical justification. Notes the various models of writing supported by "SuperText" and outlines the functions of the program. Evaluates "SuperText" on the basis of student…

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)

Discusses the potential and the limitations of intelligent tutoring systems (ITS) in the teaching of writing. Outlines the goals and significance of research, and analyzes the pedagogical assumptions underlying such research. Describes the architecture of these systems and illustrates instructional design issues by describing the ITS program,…

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…

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)

Depicts Poetry I, a computerized lesson designed to introduce undergraduates to poetry's fundamentals and maximize student involvement. Driven by DECTalk's verse processor, the lesson teaches poetry's concepts, directs students to write and revise a limerick, and evaluates students' work. Highlights preliminary responses that demonstrate Poetry…

Examines relationships between critical thinking and writing. Compares a pencil-and-paper and computer-assisted versions of a process/model program to a traditional composition program. Reports experimental groups showed greater argumentative powers. Extends approach to poetry and technical writing. Suggests collaborative learning potential.…

University of Texas (Austin) freshman and senior English literature students and graduate humanities students tested a synchronous local area computer network's applicability for classroom discussion and collaborative exams and essays. Student responses to 50-70 research questions show advantages of computer-assisted classroom discussion (CACD)…