This article describes the development at Case Western Reserve University of an all-fiber optic communications network linking 7,300 outlets (faculty offices, student residences, classrooms, libraries, and laboratories) with computer data, television, audio, facsimile, and image information services. (Author/DB)

In response to concerns about the cost of keeping up with individual desktop computing technology, several new solutions have emerged. Referred to as "thin clients," or network-centric computers, they include two types of desktop device: the network computer and the Windows terminal. Purchase cost, life span, support costs, and overall total cost…

Ways to improve the efficiency and effectiveness of communication and record-keeping in college and university planned giving programs are outlined. Simple techniques are offered for using laptop computers, planned giving software, and institutional databases to improve access to information during travel and on campus. (MSE)

Seven papers from the 1990 CAUSE conference's Track IV, Policy and Standards are presented. Topics addressed in this track include data administration, computing access, involvement of constituencies in policy making and enforcement, and institutional standards for departmental systems. Papers and their authors are as follows: "Evolution of a…

Six papers from the 1990 CAUSE conference's Track V, Managing Telecommunications and Networking are presented. Topics address such subjects as network funding, support services, access to networks, improvement of instruction through networks, and image transmission. Papers and their authors are as follows: "What's New in…

Three high-technology approaches are suggested to make college and university development efforts more efficient: (1) use of automated systems for phonathons; (2) use of local area networks to speed access to databases; and (3) exchange of information on electronic bulletin boards. (MSE)

This two-page digest briefly outlines some of the technological trends in updating a library, and briefly discusses the administrative issues and strategies involved. It begins by describing the wholly integrated information environment, which would include: (1) public-access personal and professional communications networks; (2) information…

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…

Technological advancement in academic library resources sharing, networking, and information transfer have developed dramatically in the past decade, with institutions (including nonacademic libraries) finding themselves hard pressed to acquire the resources necessary to institute or otherwise improve their networking capabilities. Further, these…

Internet2, a consortium effort of over 100 universities, is investing in upgrading campus and national computer network platforms for such applications as digital libraries, collaboration environments, tele-medicine, and distance-independent instruction. The project is described, issues the project intends to address are detailed, and ways in…

As higher education institutions plan for the future, common agreement to build open distributed computing environments (DCE) using common standards such as those of the Open Software Foundation can help exploit new application design approaches that promote application sharing, a more efficient way of meeting upcoming challenges. (MSE)

Strategies at several private and public colleges and universities to support advancing information technology are described. Trends include distributed computing, database connectivity, and increased computer use in teaching. Common instructional concerns include facilitating use of technology and developing "supertech" classrooms.…

Reasons for adopting Open Software Foundation (OSF) standards for distributed computing environments (DCE) within colleges and universities are examined. Adoption would promote interoperability across heterogeneous systems within and between institutions, aid in transition to client/server computing, and facilitate sharing and leveraging across…

The report outlines how the University of Alaska (Fairbanks) could move toward institutionalizing a chief information officer and merge campus academic and administrative information systems. The chief information officer would have such responsibilities as strategic planning participation, information systems planning, development of…

Advances in computing hardware and software, voice and electronic communications, electronic mail, and the information highway will affect the work environment for institutional researchers. In addition, as teaching, learning, and administrative processes are reengineered, the traditional analytical skills of these professionals will be useful in…