DocumentCode :
972394
Title :
Goal-Orientation, Goal-Setting, and Goal-Driven Behavior in Minimalist User Instructions
Author :
Van Der Meij, Hans
Author_Institution :
Twente Univ., Enschede
Volume :
50
Issue :
4
fYear :
2007
Firstpage :
295
Lastpage :
305
Abstract :
This paper opens with a summary of minimalist design strategies that aim to optimize user instructions. Next, it discusses three research efforts to further improve these strategies. The common focus in these efforts is the attention to people´s goal-related management and control of attention, time, and effort. First, a comprehensive framework for designing procedures - the four components model - is described. The design principles for the goal component focus on supporting the user´s goal orientation and goal setting. Second, two experiments are reported that studied the problem of when it is best to present conceptual information. When instructions employed a learning-by-doing approach, users clearly preferred a work-flow mode of presentation. This mode optimally exploits the user´s momentary interest in conceptual information during goal-driven task execution. The third research effort concentrates on user affect in instructions. The main idea is that motivation and emotion play a key role in task appraisals and corresponding actions. After discussing theories and design approaches, an experiment is discussed in which instructions were optimized for affect. Good results for perceived relevance and self-confidence were found in all conditions. Presence of an affect-oriented co-user did not enhance these effects. The paper concludes that the contribution of the efforts extends beyond the minimalist framework from which they originated.
Keywords :
computer literacy; design; goal component; goal-driven behavior; goal-related management; goal-setting behavior; learning-by-doing approach; loal-orientation behavior; minimalist design strategies; minimalist user instructions; work-flow mode presentation; Appraisal; Collaboration; Communication system control; Density estimation robust algorithm; Design optimization; Educational technology; Position measurement; Resource management; Testing; Affect; design; just-in-time delivery; procedural instructions;
fLanguage :
English
Journal_Title :
Professional Communication, IEEE Transactions on
Publisher :
ieee
ISSN :
0361-1434
Type :
jour
DOI :
10.1109/TPC.2007.908728
Filename :
4381245
Link To Document :
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