41 algorithm-development-"Prof"-"Prof"-"Prof" Postdoctoral positions at Stony Brook University in United States
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, construction and commissioning of the MOLLER detector at Jefferson Lab * Development of the SOLID software framework, tracking algorithms, DAQ subsystem and various detector R&D projects. * Participation in
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programming (e.g., Python, MATLAB). Preferred Qualifications: Experience in resilience analysis for multi-agent systems. Familiarity with communication-constrained algorithm design. Prior work on communication
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., Python, MATLAB). Preferred Qualifications: Experience in resilience analysis for multi-agent systems. Familiarity with communication-constrained algorithm design. Prior work on communication-efficient and
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programming (e.g., Python, MATLAB). Preferred Qualifications: Experience in resilience analysis for multi-agent systems. Familiarity with communication-constrained algorithm design. Prior work on communication
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a multidisciplinary research team focused on developing energy-efficient and fault-tolerant AI systems that can operate reliably in the radiation-rich environment of space. The project integrates
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, especially the toroidal spectrometer, construction and commissioning of the MOLLER detector at Jefferson Lab ● Development of the SOLID software framework, tracking algorithms, DAQ subsystem and various
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, especially the toroidal spectrometer, construction and commissioning of the MOLLER detector at Jefferson Lab ● Development of the SOLID software framework, tracking algorithms, DAQ subsystem and various
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track record of obtaining external funding from NIH and other institutions, as well as in guidance and career development of junior members. SBU is committed to neuroimaging research. Our infrastructure
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track record of obtaining external funding from NIH and other institutions, as well as in guidance and career development of junior members. SBU is committed to neuroimaging research. Our infrastructure
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study the hematopoietic microenvironment niche, clonal competition, and cardiovascular pathology in MPNs. The ultimate goal of our research is to develop more effective therapies for patients with MPNs