The exciting potential of Logo to free trapped intelligence in handicapped learners has been the subject of several years of research by the MIT Logo group. Uses of Logo with an autistic child and with a cerebral palsied child are discussed. (JN)

Describes the activities of nine-year-old students during a six-week session designed to introduce them to computers and to the LOGO programming languages. Sample programs written by the students are included. Indicates that these students needed very little instruction or even assistance. (JN)

Discusses a project using Logo with special needs children--primarily six to 10 year olds who are physically handicapped and/or learning disabled. Indicates that microcomputers should provide motivation and a means of communication, reveal hidden strengths, and empower children to be in control of their own learning. (JN)

Discusses what can be done with a LOGO turtle robot, how it is different from doing LOGO with the computer-screen turtle, and the educational value of the device. Sample programs are provided, including one in which the robot turtle can be commanded to react to meeting an obstacle. (JN)

A brief guide on how to choose a microcomputer for use in the schools. Microcomputer components, applications, and programing languages are discussed. (JJD)

A Vermont high school has developed a series of graduate-level inservice courses to introduce teachers to computers in a systematic, cost-effective way. Course offerings include software evaluation, computer literacy, educational uses of the computer, LOGO, and BASIC. (TE)

Explains how a microcomputer scheduling program works and discusses specific features that should be considered in selecting a program. A chart detailing capabilities of 17 scheduling programs is included. (MBR)

The difficulty many students have in solving complex problems stems not from a lack of mathematical skill but from an inability to visualize the problem. An appropriately-structured computer game may assist students in achieving this visualization and in solving problems better. A heuristic approach in programing one game is provided. (Author/JN)

Reviews such computer assisted instructional techniques as simulations, tutorials, and educational games, suggesting that educational software and computer-literate teachers are needed before electronic education becomes pervasive. Additional areas addressed include programming languages, providing sample BASIC, LOGO, SMALLTALK, and SOPHIE…

Designed for anyone facing decisions about where, how, and even whether they will use microcomputers for instruction, management, or administration, this manual emphasizes that computer technology, particularly microcomputer technology, is neither all good or all bad for schools. It was developed to discuss the pros and cons of computer technology…

Presented is an annotated list of 24 references on the LOGO programing language. The information provided is intended for classroom teachers and for researchers. Topics include use of the language in classroom situations, evaluation of a LOGO training program, the educational utility of LOGO, and others. (JN)

Over 50 major computer assisted instruction (CAI) projects are reviewed in terms of their theoretical and practical significance to education. Projects are analyzed in terms of eight categories: development of prototypes, conceptual demonstrations, major implementations/evaluations, dissemination, authoring languages/systems, intelligent CAI,…

Designed to provide information on educational computing to elementary and secondary school educators, particularly those in South Australia, this publication is produced once each term. The Term 1 issue includes the following articles: a description of Information Technology Month (July 1984) activities in South Australia; "Software Piracy…

Student projects that involve writing generative grammars in the computer language, "LOGO," are described in this paper, which presents a grammar-running control structure that allows students to modify and improve the grammar interpreter itself while learning how a simple kind of computer parser works. Included are procedures for…

Major computer manufacturers are donating microcomputers to school systems. Discusses whether or not these computers in the classroom will help spur a "back to basics" movement or prove to be an expensive and largely tangential sideshow. Considers software, software evaluation, skill transfer, and other topics. (JN)