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Proceedings of

2nd International Conference on Advances in Mechanical and Robotics Engineering AMRE 2014

"SOLAR-BIOMASS DRIVEN EJECTOR REFRIGERATION SYSTEM"

MENANDRO S. BERANA MARK ANTHONY B. REDO
DOI
10.15224/978-1-63248-031-6-157
Pages
88 - 92
Authors
2
ISBN
978-1-63248-031-6

Abstract: “Based on new findings from human communications research, which show that in a social environment robots are accepted only if they are able to perform natural human movement, this contribution presents a new approach to improve the development process of humanoid robot prototypes under the term of social acceptance. Using the examples of the human shoulder- and the human hip-movement, there will be examined how the concept of re-engineering can be introduced at humanoid robot development in early stage. It is demonstrated how the inclusion of knowledge about the anatomic basis of human movement can help to overcome major problems of acceptance currently discussed by the literature under the term Uncanny Valley.”

Keywords: ejector, cooling system, solar, biomass

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