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Epstein, A. H.; Veaner, Allen B. – 1972
BALLOTS (Bibliographic Automation of Large Library Operations using a Time-sharing System) is an on-line interactive library automation system that supports the acquisition and cataloging functions of the Stanford University Libraries' technical processing operations. The BALLOTS system is being implemented in a series of 11 modules. This paper…
Descriptors: College Libraries, Computer Programs, Computers, Information Processing
Spigai, Frances; And Others – 1968
This report presents documentation of files, of file organization, and of 42 of the modular program subroutines used in a pilot project devised by the Oregon State University (OSU) Computer Center to simulate procedures in the Acquisitions Department of the OSU Library. A total of 224 bibliographically verified requests for monographs, 30 vender…
Descriptors: Automation, College Libraries, Computers, Display Systems
Stanford Univ., CA. Inst. for Communication Research. – 1970
For those unfamiliar with the Stanford Physics Information Retrieval System (SPIRES) an introduction and background section is provided in this 1969-70 annual report. This is followed by: (1) the SPIRES I prototype, (2) developing a production system--SPIRES II and (3) system scope and requirements analysis. The appendices present: (1) Stanford…
Descriptors: Annual Reports, Automation, College Libraries, Computers
Parker, Edwin B.; And Others – 1969
During 1968 the name of the project was changed from Stanford Physics Information Retrieval System" to "Stanford Public Information Retrieval System" to reflect the broadening of perspective and goals due to formal collaboration with Project BALLOTS (Bibliographic Automation of Large Library Operations using a Time-Sharing System).…
Descriptors: Automation, College Libraries, Computers, Display Systems
California Univ., Los Angeles. Inst. of Library Research. – 1967
The development of mechanized information services in a university library has the following design goals: (1) the center for information services should be operational, (2) it should be a general purpose system, (3) it should be adaptable, (4) it should be replicative, (5) it should encourage increased receptivity and use, and (6) it should be…
Descriptors: Automation, College Libraries, Computer Programs, Computers
Kaminecki, Ronald M.; And Others – 1975
Batch mode processing is compared, using cost-effectiveness, with on-line processing for computer-aided searching of chemical abstracts. Consideration for time, need, coverage, and adaptability are found to be the criteria by which a searcher selects a method, and sometimes both methods are used. There is a tradeoff between batch mode's slower…
Descriptors: Bibliographies, College Libraries, Comparative Analysis, Computers