Biology has served as inspiration for Computer Science in recent years, given that biological systems tend to be adaptive, reactive, and distributed. Thus, bio–inspired computing is a multi–disciplinary field devoted to studying complex problems using computational methods modeled after design principles encountered in nature. This way, novel and unconventional solutions are accomplished to tackle current challenges in science.<br>This session aims at examining different solutions to complex problems using nature inspired approaches, and their interplay with cutting–edge technology in High Performance Computing. We invite researchers and scientists in this area to participate and contribute to this event and we welcome their works.<br>The BICAS Session topics include (but are not limited to) the following:<br>Biological systems, computing and informatics<br>Bio–inspired Hardware, Software and Design<br>Bio–inspired Parallel and distributed algorithms<br>Artificial life/intelligence, complex systems and complex networks<br>Self–Organization, Evolution and Adaptation<br>Natural parallelism and concurrency in computing<br>Biologically inspired distributed systems and networks<br>Bio–inspired modeling of real–life phenomena and its simulation<br>Swarm Intelligence<br>Cellular Automata<br>Genetic programming and evolutionary algorithms<br>Neurocomputing, artificial intelligence and machine learning<br>Artificial Neural Networks and Systems, Deep Learning<br>Collective behavior and swarm intelligence<br>Communication and multi–agent simulation<br>Membrane Computing<br>DNA Computation<br>Quantum Computation<br>Immunocomputing and Computing Inoculation<br>Amorphous Computing<br>Biological Fault Tolerance<br>Bio–inspired applications and case studies<br>
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BICAS
City
Dublin
Country
Ireland
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