A computer program, Pacesetter, is described. As an organizational tool, it assists in developing strategies for planning, organizing, scheduling, and completing tasks on time. An account is given of the experiences of a teacher who used Pacesetter to help sixth graders produce a school newspaper. (IAH)

Intended to aid teachers, administrators, and interested parents by informing them about the state of the educational microcomputer market, this report is meant to be a guide to school districts in the acquisition and maintenance of microcomputers and related instructional materials. Trends in educational computing technology are noted in relation…

Described is an instructional aid that employs artificial intelligence methods to assist students in beginning economics courses to improve their problem-solving skills. Discussed are the rationale, structure, and evaluation of this program. (CW)

Discusses the advantages and disadvantages of test generation programs. Includes setting up, printing exams and "bells and whistles." Reviews eight computer packages for Apple and IBM personal computers. Compares features, costs, and usage. (CW)

Examined are large curriculum software packages that currently dominate school networks. Indicates ways that networks could serve schools. Discusses different Integrated Learning Systems (ILS), evaluates their use and proposes future uses of these networks. (CW)

This description of workstations, i.e., multipurpose computers expected to become one of the dominant forms of computing in higher education, focuses on computer vendors and market considerations. Highlights include hardware requirements, cost factors, the relationship of vendors and educators, software development problems, and possible future…

Discusses the pros and cons of using computer software to prepare for college entrance examinations. Provides information on eight programs designed for that purpose. (TW)

Discusses the use of computers and computer software in music education. Describes software programs that utilize tutorial, drill-and-practice, and hypermedia approaches. Includes two figures listing selected hypermedia programs and sources of tutorial and drill-and-practice programs. (CFR)

Gives an overview of Educational Support Systems based on commercial off-the-shelf software (ESSCOTS), and discusses the benefits of developing such educational software. Presents results of a study that revealed the learning processes of middle and high school students who used a geographical information system. (JMV)

Discusses some of the factors included in choosing appropriate computer networks for the classroom. Describes such networks as those produced by Apple Computer, Corvus Systems, Velan, Berkeley Softworks, Tandy, LAN-TECH, Unisys, and International Business Machines (IBM). (TW)

Provides information and reviews of geography computer software classified as drill-and-practice, simulations, and databases. Includes title, publisher, hardware needed, suggested grade level, geographic area covered, content emphasized, and the strengths and weaknesses of each program. (TW)

Reviews two software packages: Graphical Analysis III and Lewis Diagrams. Finds Graphical Analysis III to be a fast and versatile graphing program for high school science classes with access to Apple II microcomputers. Lewis Diagrams is designed to aid in determining Lewis structures of molecules and ions for IBM computers. (MVL)

Describes four IBM compatible flight simulator software packages: (1) "Falcon," air to air combat in an F-16 fighter; (2) "Chuck Yeager's Advanced Flight Trainer," test flight 14 different aircraft; (3) "Jet," air to air combat; and (4) "Flight Simulator," a realistic PC flight simulator program. (MVL)

Discusses using a library database to aid students in book selection. Describes choosing a database program. Lists important database variables as desired grade level, difficulty level, length of book, and sex of the main character. Notes student critiques of the system. Summarizes five library database programs. (MVL)

Discussed are various ways that microcomputers can be interfaced to laboratory equipment to control laboratory applications. A general overview is given including advantages and disadvantages of different interfaces. Different software tools currently available are examined. (CW)