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A Comprehensive Theory of Multi-Aspect Interaction with Cyber Physical Systems

원문정보

초록

영어

Interaction with Cyber physical systems (CPSs) greatly differ from traditional human computer interaction. A theory that could explain multi-aspect interaction with cyber physical systems and would facilitate the implementation of highly interactive CPSs is needed. This paper tries to make the first steps in this direction and to provide insights for a necessary new theory. Four kinds of interaction which play a crucial role in the operation of CPSs and four fundamental aspects of interaction (i.e. levels, domains, contexts and modalities) are introduced. The theory explains both the aspects and the various constituents that should be considered. The novelty of the theory is in that it establishes relationships between the four aspects and supports the specification of wishful interaction profiles. Finally, a practical case of robot assisted smart bathroom is used to show how the theory can systematize and rationalize the designing of interaction with CPSs.

목차

Abstract
 1. Introduction
  1.1. Challenges of Interaction with High-End CPSs
  1.2. Objectives and Outline of this Paper
 2. Literature Review
  2.1. Traditional Human-Computer Interaction and Human-Machine Interaction
  2.2. Progress of Human Computer Interaction in CPSs Development
 3. A Comprehensive Theory
  3.1. Possible Levels of Interaction
  3.2. Domains of Interaction
  3.3. Contexts of Interaction
  3.4. Modalities and Channels of Interaction
  3.5. Blending the Aspects of Interaction into a Comprehensive Theory
 4. Validation
  4.1. Application case to Validate the Theory
  4.2. Appropriateness Validation with a Challenging Application Case
  4.3. Sufficiency Validation for Design Methodology Development
 5. Conclusions and Future Research
 Acknowledgments
 References

저자정보

  • Junfeng Wang Institute of Industrial Design Northwestern Polytechnical University, School of Manufacturing Science and Engineering, Southwest University of Science and Technology
  • Suihuai Yu Institute of Industrial Design Northwestern Polytechnical University

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