Discusses the elements of programming style, considering capitalization, variables, constants, format, GOTO statements, user friendliness, and clarity. Although Pascal is used as the example, the information provided is applicable to any programming language. (JN)

Readers of Classroom Computer Learning were asked for a definition of computer literacy; a summary of their responses is provided. Three opinions offered are that computer literacy instruction should begin early, that it should be made compulsory, and instruction should also focus on use of tool programs and education software. (JN)

Explores recent technological advances and their effects on the education of the handicapped. Indicates that scientific breakthroughs never intended as aids to the handicapped have been adapted to remove their limitations and that some inventions designed to improve the quality of life for most people offer disadvantages for handicapped persons.…

Describes features and uses of LogoWriter, a revised and expanded version of Logo. With LogoWriter, a student can not only command the turtle to draw pictures but also (because of a built-in word processor) can add text to the screen. (JN)

Examines the past, present, and future status of Artificial Intelligence (AI). Acknowledges the limitations of AI but proposes possible areas of application and further development. Urges a concentration on the unique strengths of machine intelligence rather than a copying of human intelligence. (ML)

The controversy over whether or not machines can think has attracted the attention of philosophers, psychologists, neurologists, computer scientists, and writers of science fiction. Various topics and issues related to this controversy are discussed, including turing machines and the relationship between computer history and mathematical…

Examines issues involving the use of on-line databases, magnetic and optical data storage, digital telecommunications, and microcomputers on college campuses. These issues include access to computers and computer networking, and educational uses of the computers. Examples of efforts at four universities are included. (JN)

Discusses the nature and uses of LOGO programing language with primary children. Sample program listings and the results obtained by primary children are included. (JN)

Seven indexes to computer-oriented literature are reviewed, examining services offered, type of literature indexed, format, source, hardware needed, and cost. Each item reviewed can currently be obtained for $100 per year or less. (JN)

Describes a method to teach COBOL which is based on the assumption that trying to teach the idiom of a computer language is similar to trying to teach the idiom of French. Suggests that the basic introduction to programming should be in the Modern Languages department of a school. (SED)

Indicates that easy-to-use word processing programs may lack important features that students need as they progress beyond the introductory level, showing how several powerful commands are used for multiple-class projects, class journals, and other classroom activities. Also compares (in chart format) six popular word processing programs. (JN)

Presents a collection of computer-oriented teaching activities for the early grades. They include creating musical tones using Atari PILOT, a simulation of traffic lights, teacher-friendly password protection, drawing the alphabet using Logo, and using the Commodore 64's special character graphics. (JN)

Discusses several areas of artificial intelligence and research in this area, focusing on natural language understanding. Indicates that language is more than words, that "meaning" depends on context, and that "understanding" requires a vast body of knowledge about the world. (JN)

In a fundamental computer-programming course, such as CSE101, questions about how to evaluate an arithmetic expression are frequently used to check if our students know the rules of precedence. The author uses two of our final examination questions to show that more knowledge of computer science is needed to answer them correctly. Furthermore,…

Discussing recent issues in computer science, this book contains 11 chapters covering: (1) developments that have the potential for changing the way computers operate, including microprocessors, mass storage systems, and computing environments; (2) the national computational grid for high-bandwidth, high-speed collaboration among scientists, and…