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Biologically inspired coupled antenna beampattern design
Bioinspiration & Biomimetics, 2010We propose to design a small-size transmission-coupled antenna array, and corresponding radiation pattern, having high performance inspired by the female Ormia ochracea's coupled ears. For reproduction purposes, the female Ormia is able to locate male crickets' call accurately despite the small distance between its ears compared with the incoming ...
Murat, Akçakaya, Arye, Nehorai
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A Biologically-inspired Intrabody Nanonetwork: Design Considerations
Proceedings of the 8th International Conference on Body Area Networks, 2013In this position paper, we describe an architecture for intrabody nanonetworks, a new type of body area networks targeted to the molecular environment deep inside the human body. Our approach is to learn from biological systems (e.g., microbial organisms that establish a complex adaptive system in the body) to design an architecture for intrabody ...
Tadashi Nakano +3 more
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Design and Control of a Biologically Inspired Shoulder Joint
2020In the field of human-centered robotics, there are needed flexible, robust, agile robots that have the natural human like mechanisms in place. In order to achieve these robots, human motor systems must be analyzed and abstracted, from the mechanical level, to the behavioral and cognitive level.
Marius Leonard Olar +2 more
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Design and Development of a Biological Inspired Flying Robot
2015This paper describes the design and development of a biologically inspired flying robot prototype (a machine able to fly by beating its wings, as birds do). For its implementation, the flight of biological beings was analysed, as well as the techniques involved in ornithopter’s construction.
Micael T. L. Vieira +2 more
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Biologically Inspired Design: Color on Wings
MRS Proceedings, 1997Brilliant, iridescent colors found on the bodies and wings of many birds, butterflies and moths are produced by structural variations and have been the subject of study for centuries. Such brilliant colors have been described as metallic colors due to thesaturation or purity ofthe color produced and have attracted the attention of great scientists like
Mohan Srinivasarao, Luis Padilla
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Biologically inspired coupled beampattern design
2010 International Waveform Diversity and Design Conference, 2010Inspired by the female Ormia ochracea's mechanically coupled ears, we propose to design a small-size transmission coupled antenna array with high performance radiation pattern. The mechanical coupling provides the female Ormia with high localization accuracy despite the small distance between its ears compared with the incoming wavelength of the source
Murat Akcakaya, Arye Nehorai
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Representation, Indexing, and Retrieval of Biological Cases for Biologically Inspired Design
2011Biologically inspired design is an increasingly popular design paradigm. Biologically inspired design differs from many traditional case-based reasoning tasks because it employs cross-domain analogies. The wide differences in biological source cases and technological target problems present challenges for determining what would make good or useful ...
Bryan Wiltgen +2 more
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Function-Based Biologically Inspired Design
2013A “big picture” approach to a systematic, function-based (drawing from a Pahl and Beitz approach) biologically inspired design is presented in this chapter. The approach supports two different starting, or perhaps motivating, points: a customer need motivated product design and a biological system motivated product opportunity.
Jacquelyn K. S. Nagel +2 more
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Biologically inspired robot behavior design
2008 6th IEEE International Conference on Industrial Informatics, 2008As a kind of humane machine interface, desktop robots are appropriate for delivering information generated in computers or networks with body movements to the users. The model of human vision mechanism provides a framework for mapping the diversified expressive behaviors of the desktop robots to the emoticons, which happens at different levels of ...
null Xing Shusong, null Hua Jiefeng
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Biological Inspiration in the Design of Computing Systems
Proceedings of the IEEE, 2007The complexity and fragility of next-generation hardware will require novel design approaches and tools.
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