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Our Grand Challenges
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Developing novel bio-inspired computing machines and programs inspired by Nature and endowed with capabilities such as adaptation, evolution, growth, healing, replication, and learning. The BioWall and the BioCube are the latest embodiments of our research. See the Cellular Architectures Research Group (CARG) page.
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Designing novel reconfigurable systems based on high-complexity field-programmable gate arrays which are able to adapt to changing environments or incomplete specifications. See the Reconfigurable Digital Systems Group (RDSG) page.
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Developing biologically inspired robots for (1) producing novel types of
robots with dexterous locomotion and sensorimotor coordination abilities, and (2)
investigating hypotheses of how central nervous systems implement these abilities
in animals. See the Biologically Inspired Robotics Group (BIRG) page.
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