BibTeX
@MISC{Haines90spaceresearch,
author = {Richard F. Haines and Richard F. Haines},
title = {Space Research Association (USRA)},
year = {1990}
}
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Abstract
As telescience systems become more and more complex, autonomous, and opaque to their operators it becomes increasingly difficult to determine whether the total system is performing as it shouM. This paper addresses some of the complex and interrelated human performance measurement issues that are related to total system validation. The assumption is made that human interaction with the automated system will be required well into the Space Station Freedom era. This paper discusses candidate human performance measurement-validation techniques for selected ground-to-space-to-ground and space-to-space situations. Most of these measures may be used in conjunction with an information throughput model presented elsewhere (Haines, 1990). Teleoperations, teleanalysis, teleplanning, teledesign, and teledocumentation are considered as are selected illustrative examples of space-related telescience activities. RIACS TR 90.10 This work was supported in part by Cooperative Agreement NCC 2-387 from the National Aeronautics and Space Administration (NASA) to the Universities
Keyphrases
space research association space administration national aeronautics interrelated human performance measurement issue total system space-related telescience activity space station freedom era riacs tr illustrative example total system validation information throughput model candidate human performance measurement-validation technique automated system telescience system space-to-space situation human interaction cooperative agreement ncc
