PILOT is the generic name of a programing language suited for authoring/executing CAI educational programing. The strengths/weaknesses of TRS-80 MicroPilot (formerly Pilot Plus) and differences between Micropilot and Basic and CAI courseware authoring languages are discussed. Major strength is efficiency for educational/interactive programing with…

Small stand-alone microcomputers can serve as the basis for running a sophisticated general-purpose interactive software system capable of supporting such interactive tasks as computer assisted instruction, word processing, and data processing, as well as other software development. A successful system using the PASCAL programing language is…

Computers are changing the lives of millions of people, but schools are still not producing many computer literate students. Rapid improvements in hardware technology and major progress in the development of software have put computers within reach of everyone. Computer literacy must now be treated as a functional tool similar to reading, writing,…

Reports on performance aspects of educators' person-environment congruence as defined by Holland's occupational classification system. Concludes that the majority were of the Social, Conventional, or Enterprising types and oriented toward non-classroom use of computer literacy developed in the course. (RT)

Provided are descriptions of programing languages (BASIC, LOGO, Pascal, FORTH, Savvy). Included are two lists, one presenting sources of programing language tutorials (includes computer needed, price, language, additional hardware needed, special features) and the other presenting a buyer's guide to programs that teach programing. (JN)

Reviews the role of computers, particularly the personal computer, in the learning process, discusses the many ways of using the computer to assist learners, and considers the advantages of personal computers over time-sharing computers. (Author/IRT)

Discusses the potential of microcomputers, indicating that, like an automobile, they can be used without knowing how they operate. Considers the microcomputer role in education, entertainment, telecommunications, and other areas such as artificial intelligence. (JN)

The author provides an introduction to microcomputers in the schools by answering the type of questions a teacher without computer background might ask such as "What is a computer?"; "What is a microcomputer?"; "How can I teach children to program?" (SJL)

Broken Arrow Public Schools (Oklahoma) planned and implemented a successful computer education program for students at elementary, middle, and high school levels within a modest budget. After resolving four basic questions concerning goals, integration, responsibility, and implementation, the district developed overlapping programs in computer…

Describes various magazines that monitor developments about computers in education. (HOD)

Describes "Josef," a robot programing language similar to the LOGO turtle language, which has been designed as an instructional system through which the algorithmic problem-solving skills required in computer programing can be developed and tested in a controlled learning environment. Four figures and a reference list are included. (JL)

Discusses the role and use of color in instructional computing. Suggests teachers consider: (1) how color symbolically represents content and reinforces organization of lessons; (2) how color enhances a lesson's style and short/long-term memory; and (3) cost of classroom color computer assisted lessons. (Author/JN)

A teacher's description of how the microcomputer was integrated into her school, first in programming courses and later into other curriculum areas. (Author/JM)

Discusses barriers to the utilization of computers in instruction and outlines the program of the Elementary and Secondary School Subcommittee of the Association for Computing Machinery to identify and lay a foundation for the solution of problem areas. (Author/IRT)

The differences between the media of books and computers lies partly in the way in which information is displayed, rather than in the content of the information itself. The term "legibility" denotes how specific physical characteristics of a display affect visual fatigue, reading speed, and ultimately comprehension. Some of these…