Author List: Hale, David P.; Kasper, George M.;
Journal of Management Information Systems, 1989, Volume 6, Issue 1, Page 5/20/2017.
The concept of a collaborative human-computer interchange was proposed almost thirty years ago. The goal of this paradigm is to design human-computer decision-making systems that think and process information at a level exceeding that of either the human or the computer alone. Technological and conceptual developments have made this holistic partnership increasingly possible. Moreover, recent discussions of human-computer collaborative work have highlighted the system performance advantages of this interchange. In this paper, the notion of human-computer interchange protocols is developed and the importance of these protocols to human-computer collaboration and system performance is argued. Based on data collected in a laboratory setting, empirical support for the proposed holistic effect of human-computer interchange protocols on system performance is provided. Decision performance is significantly improved by interchange protocols that encourage human-computer interaction during the problem-solving process.
Keywords: collaborative human-computer systems; cooperative human-computer systems; decision performance; decision support systems.; human-computer interaction; Human-computer interchange protocols; human-computer interface design
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#283 0.269 interface user users interaction design visual interfaces human-computer navigation human need cues studies guidelines laboratory functional developed restricted know guided
#101 0.128 edi electronic data interchange b2b exchange exchanges interorganizational partners adoption transaction trading supplier factors business suppliers impact network commerce efficiency
#93 0.123 performance results study impact research influence effects data higher efficiency effect significantly findings impacts empirical significant suggest outcomes better positive
#125 0.118 framework model used conceptual proposed given particular general concept frameworks literature developed develop providing paper developing guidelines concepts appropriate set
#60 0.088 analysis techniques structured categories protocol used evolution support methods protocols verbal improve object-oriented difficulties analyses category benchmark comparison provided recognition
#77 0.082 information systems paper use design case important used context provide presented authors concepts order number various underlying implementation framework nature
#113 0.059 support decision dss systems guidance process making environments decisional users features capabilities provide decision-making user paper findings systems.decision components computer-based