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个人简介
He worked at Bell Labs for 18 years focusing on solid-state physics, neuromorphic hardware, robotics and computer integrated manufacturing. He also worked at military funded think tanks for 9 years focusing on database mining, applied optics, and applied high-frequency ultrasound.
Dr. Rietman's research is multidisciplinary, focusing on technical areas that advance artificial intelligence through new computer architecture and super-Turing architecture; and research that advances our understanding of systems biology of human diseases including cancer, neurological diseases, and immunological diseases. Research includes:
Hardware differentiating neuron circuits
Optical space singularities in phononic crystals
Protein target selection for treatment of cancer, epilepsy and SLE
Challenging customer-driven applications of deep networks
Oscillatory and reservoir computing architectures and applications
Dr. Rietman's research is multidisciplinary, focusing on technical areas that advance artificial intelligence through new computer architecture and super-Turing architecture; and research that advances our understanding of systems biology of human diseases including cancer, neurological diseases, and immunological diseases. Research includes:
Hardware differentiating neuron circuits
Optical space singularities in phononic crystals
Protein target selection for treatment of cancer, epilepsy and SLE
Challenging customer-driven applications of deep networks
Oscillatory and reservoir computing architectures and applications
研究兴趣
论文共 188 篇作者统计合作学者相似作者
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International Journal of Molecular Sciencesno. 14648 (2023): 14648-14648
UNIVERSEno. 4 (2023): 162-162
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IPDPSpp.613-623, (2023)
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IEEE transactions on neural networks and learning systems (2023): 1-12
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Quantum Reportsno. 4 (2022): 418-433
BioMedInformaticsno. 3 (2021): 201-210
arxiv(2021)
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