User's manual for COLMIS : a collection management information system for solid waste management.

"Volume 2 primarily for the systems analyst and data processor, contains flow charts, a computer program, input information and a sample problem."

Lasers and masers: a continuing bibliography; a selection of annotated references to unclassified reports and journal articles introduced into the NASA information system during the period January, 1962-

Mode of access: Internet.

CERCLIS (Comprehensive environmental response, compensation, and liability information system) site location extract data element dictionary.

PB90-215120

Construction management information system report : project directory.

Shipping list no.: 87-448-P.

Implementing a housing information system: experiences in Los Angeles and Kern Counties. Final report,

Mode of access: Internet.

Case management/facility management : evaluation of integrated information system /

On cover: New horizons in long term care.

Construction management information system report : project directory.

Cover title.

Construction management information system report : project directory.

Cover title.

Proceedings, Geographic Information Systems Awareness Seminar /

"January 1989"--Cover.

Compliance with standards, abatement of violations and effectiveness of OSHA safety inspections : results of an analysis of OSHA management information system data /

Bibliography: p. 52.

Integrated motorist information system (IMIS) feasibility and design study : phase 1 : feasibility /

Mode of access: Internet.

Activity codes, organizational codes and definitions used in extramural programs : A computer-based information system on the extramural programs of NIH.

NIH manual issuance 4101.

Information system planning in drug service:a case study

The development of an information system in Caribbean public sector organisations is usually seen as a matter of installing hardware and software according to a directive from senior management, without much planning. This causes huge investment in procuring hardware and software without improving overall system performance. Increasingly, Caribbean organisations are looking for assurances on information system performance before making investment decisions not only to satisfy the funding agencies, but also to be competitive in this dynamic and global business world. This study demonstrates an information system planning approach using a process-reengineering framework. Firstly, the stakeholders for the business functions are identified along with their relationships and requirements. Secondly, process reengineering is carried out to develop the system requirements. Accordingly, information technology is selected through detailed system requirement analysis. Thirdly, cost-benefit analysis, identification of critical success factors and risk analysis are carried out to strengthen the selection. The entire methodology has been demonstrated through an information system project in the Barbados drug service, a public sector organisation in the Caribbean.

Design and Development of Geographical Information System (GIS) Map for Nuclear Waste Streams

A nuclear waste stream is the complete flow of waste material from origin to treatment facility to final disposal. The objective of this study was to design and develop a Geographic Information Systems (GIS) module using Google Application Programming Interface (API) for better visualization of nuclear waste streams that will identify and display various nuclear waste stream parameters. A proper display of parameters would enable managers at Department of Energy waste sites to visualize information for proper planning of waste transport. The study also developed an algorithm using quadratic Bézier curve to make the map more understandable and usable. Microsoft Visual Studio 2012 and Microsoft SQL Server 2012 were used for the implementation of the project. The study has shown that the combination of several technologies can successfully provide dynamic mapping functionality. Future work should explore various Google Maps API functionalities to further enhance the visualization of nuclear waste streams.