Discussion of computing as a science and profession examines the chasm between computer scientists and users, barriers to the use and growth of computing, experimental computer science, computational science, software engineering, professional identity, professional practices, applications of technology, innovation, field boundaries, and…

Discussion of the relationship between the academic computing community and the practitioner community focuses on the possible separation of software engineering as a distinct discipline from computer science. Relationships between the content of software engineering and the content of computing are examined, and implications for computer science…

Examines the history of major achievements in computer science as portrayed by winners of the prestigious Turing award and identifies a possibly unique activity called Theory-Guided Technology (TGT). Researchers develop TGT by using theoretical results to create practical technology. Discusses reasons why TGT is practical in computer science and…

This report is the result of a systematic review of the status and directions of high performance computing and its relationship to federal research and development. Conducted by the Federal Coordinating Council for Science, Engineering, and Technology (FCCSET), the review involved a series of workshops attended by numerous computer scientists and…

Traces the economic growth of embedded software in industrial products and explains that there is a shortage of engineers in this field. Proposes a different view of engineering education. (DDR)

Discussion of assessment of student performance focuses on peer assessment and the development of a hypermedia-based peer assessment tool, the MUCH system, at the University of Liverpool (England). A study conducted with undergraduate computer science students that used the MUCH system is described, and student attitudes are discussed. (Contains…

Discusses software engineering and suggests necessary elements in a software engineering curriculum. Topics addressed include the importance of theory, project-oriented education, prototyping, exploratory programing, human-computer communication, thought models, distributed systems, parallel processing, documentation, testing and quality…

Educational computing based on the primacy of human agency is explored, considering ways in which power can be apportioned and exercised in order to enhance educational computing. Ideas about power and control are situated epistemologically. A first consideration is educating for human control of computer technology. Research suggests that…