Behavior model for performance assessment.
Every individual channels information differently based on their preference of the sensory modality or representational system (visual auditory or kinesthetic) we tend to favor most (our primary representational system (PRS)). Therefore, some of us access and store our information primarily visually first, some auditorily, and others kinesthetically (through feel and touch); which in turn establishes our information processing patterns and strategies and external to internal (and subsequently vice versa) experiential language representation. Because of the different ways we channel our information, each of us will respond differently to a task--the way we gather and process the external information (input), our response time (process), and the outcome (behavior). Traditional human models of decision making and response time focus on perception, cognitive and motor systems stimulated and influenced by the three sensory modalities, visual, auditory and kinesthetic. For us, these are the building blocks to knowing how someone is thinking. Being aware of what is taking place and how to ask questions is essential in assessing performance toward reducing human errors. Existing models give predications based on time values or response times for a particular event, and may be summed and averaged for a generalization of behavior(s). However, by our not establishing a basic understanding of the foundation of how the behavior was predicated through a decision making strategy process, predicative models are overall inefficient in their analysis of the means by which behavior was generated. What is seen is the end result.
Year of publication: |
2008-02-04
|
---|---|
Authors: | Borwn-VanHoozer, S. A. |
Subject: | general studies of nuclear reactors | HUMAN FACTORS | DECISION MAKING | PERFORMANCE | BEHAVIOR | MATHEMATICAL MODELS | FORECASTING | INFORMATION THEORY | REACTOR OPERATORS |
Saved in:
Saved in favorites
Similar items by subject
-
Human decision error (HUMDEE) trees
Ostrom, L.T., (2008)
-
Slepoy, Alexander, (2009)
-
Foundations for Reasoning in Cognition-Based Computational Representations of Human Decision Making
SENGLAUB, MICHAEL E., (2008)
- More ...