Geographic information system : a computer assisted approach to managing forest pest area.

"October 1983"--P. [1]

Operator's manual : Information and Coordination Central, guided missile system, truck mounted, AN/MSQ-116, Patriot Air Defense Guided Missile System.

Includes index.

Operator and organizational maintenance manual : information and coordination central, guided missile system AN/MSQ-110 (U.S. Army), NSN 1430-01-042-4918, AN/MSQ-111 (USMC), NSN 1430-01-042-4917 and platoon command post, guided missile AN/MSW-13 (U.S. Army), NSN 1430-01-042-4915, AN/MSW-14 (USMC), NSN 1430-01-042-4916 : HAWK air defense guided missile system.

Includes index.

Geophysical operations : providing needed information on the geology of the national forest system.

"FS-589."

Eastern monachism: an account of the origin, laws, discipline, sacred writings, mysterious rites, religious ceremonies, and present circumstances, of the order of mendicants founded by Go̲tama Budha, (compiled from Singhalese mss. and other original sources of information); with comparative notices of the ... western ascetics, and a review of the monastic system.

Mode of access: Internet.

Bassini's art of singing: an analytical, physiological and practical system for the cultivation of the voice.

Mode of access: Internet.

Strategic information planning : framework for designing and developing system architectures : staff study /

"GAO/IMTEC-92-51."

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.

Analytical geography : a system of teaching by single topics /

Mode of access: Internet.

FIRES : Fire Information Retrieval and Evaluation System : a program for fire danger rating analysis /

"August 1997."

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.

Producing computer-generated tailored written information for stroke patients and their carers: System development and preliminary evaluation

Purpose: The aim of this project was to design and evaluate a system that would produce tailored information for stroke patients and their carers, customised according to their informational needs, and facilitate communication between the patient and, health professional. Method: A human factors development approach was used to develop a computer system, which dynamically compiles stroke education booklets for patients and carers. Patients and carers are able to select the topics about which they wish to receive information, the amount of information they want, and the font size of the printed booklet. The system is designed so that the health professional interacts with it, thereby providing opportunities for communication between the health professional and patient/carer at a number of points in time. Results: Preliminary evaluation of the system by health professionals, patients and carers was positive. A randomised controlled trial that examines the effect of the system on patient and carer outcomes is underway. (C) 2004 Elsevier Ireland Ltd. All rights reserved.

Towards rope shovel automation operation information system

The road to electric rope shovel automation is marked with technological innovations that include an increase in operational information available to mining operations. The CRCMining Shovel Operator Information System not only collects machine operational data but also provides the operator with knowledge-of-performance and influences his/her performance to achieve higher productivity with reduced machine duty. The operator’s behaviour is one of the most important aspects of the man-machine interaction to be considered before semi- or fully-automated shovel systems can be realised. This paper presents the results of the rope shovel studies conducted by CRCMining between 2002 and 2004, provides information on current research to improve shovel performance and briefly discusses the implications of human-system interactions on future designs of autonomous machines.