Describes the growth of educational computer networks in three main categories: (1) networks for sharing peripheral equipment; (2) networks for exchanging information; and (3) networks for addressing instructional needs. The use of microcomputers and mainframe computers is examined, networks in public schools and universities are described, and…

Describes a study that examined potential predictor variables and their relationship to computer aversion among preservice teachers. It was hypothesized that prior experience, ownership of a personal computer, and critical thinking ability would be negatively related to computer aversion, and that an introductory computer literacy course would…

There are several points to be considered to prevent misuse when integrating microcomputing into the assessment process. Computerizing an activity does not automatically improve that activity. Computer use is appropriate for computing test scores and storing student data but not for interpreting data. (JDD)

A topic that currently is receiving a great deal of attention by educators is the nature and use of WebQuests--computer-based activities that guide student learning through use of the World Wide Web (Sharp 2004). Despite their popularity, questions remain about the effectiveness with which WebQuests are being used with students. This article…

Identifies and discusses 10 overly optimistic claims for the use of computers in the classroom, and makes recommendations concerning each claim. Highlights include computer labs versus curriculum integration; the development of hardware versus software; the values of computer literacy; computer networking; computer education training; the use of…

Discussion of positive and negative aspects of educational computing focuses on the use of the Logo programing language. Topics addressed include access to computers; software; teacher training, both preservice and inservice; implementation of computers; claims about the benefits of using computers; the role of schools in culture; and future…

Argues that educational computing is a discipline and discusses issues that need to be addressed in this discipline, including similarities with experimental psychology; networks and integrated learning systems; problem-solving software versus domain-specific software; computer labs versus classroom integration; software quality; computer equity;…

Discusses the concept of integrating computers into the classroom curriculum and suggests that integration would be more successful if educators would wait for further developments. Topics discussed include lack of sufficient hardware; computer labs; and lack of effective preservice and inservice training programs for public school teachers. (six…

Discusses whether educators should write their own computer-assisted instructional software, and describes four basic categories of tools teachers can use to produce courseware: (1) traditional programing languages; (2) authoring languages, including hypertext authoring languages; (3) authoring systems; and (4) authoring aids. Each category is…

Most uses of computers in counseling and education are aimed at trivial goals and will not justify the time and expense required to implement them. Ethical questions of what problems ought to be turned over to computer solutions also exist. (Author/CL)

Discusses a few of the causes for less-than-optimum educational uses of the Internet. Highlights include problems with state-level plans; the fear of pornography and Web censorship; the location of computers in computer labs; unrealistic overvaluing of standardized tests; and the current poor quality of Web pages. (LRW)

Discussion of microcomputer use in public elementary schools focuses on the field of special education. Two main ways of using computers are described: (1) traditional uses, including administration, computer-assisted instruction, and assessment; and (2) new applications, including programming, word processing, simulations, and prosthetic aids…

Following a brief history of Logo, BASIC, and Pilot programing languages, common educational programing tasks (input from keyboard, evaluation of keyboard input, and computation) are presented in each language to illustrate how each can be used to perform the same tasks and to demonstrate each language's strengths and weaknesses. (MBR)

LOGO, a multipurpose computer language, can be easily learned by exceptional children. Additional benefits include its immediate feedback features, possibilities for improved social status, increased spatial understanding, and motivation for learning. (CL)

Discusses two uses of microcomputers for learning disabled (LD) children--one uses them to do traditional things more efficiently; the other includes involvement of LD children with computer programing, particularly LOGO, and use of simulation and word processing programs. Reasons why LOGO is ideal for LD children are identified. (MBR)