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performing local neural pattern recognition and decoding. A low-power transceiver, which will transmit only the decoded high-level control commands instead of the raw data, dramatically reducing bandwidth and
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. This project addresses that challenge through chip-level implementations of SSM architectures in advanced CMOS nodes, targeting latency- and energy-constrained environments. Research area and project description
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about moving to, working and living in Denmark, as well as The International Staff Office at SDU. Applicants will be expected to have a documented working level of written and spoken English. Terms
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of a legal research environment anchored at The Faculty of Business and Social Sciences. You are expected to have academic qualifications corresponding to the level obtained by completing a relevant
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of GPs across Denmark, including community level characteristics, such as economic status, rurality, and social infrastructure. The working environment and family factors of GPs practicing in underserved
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standards of living, free health care, and competitive salaries, including at the PhD level. For further information contact professor Rolf Fagerberg (email: rolf@imada.sdu.dk ) Application, salary etc
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(pressure, temperature, etc.) Signal conditioning and digitization for heterogeneous sensor inputs System-level validation and interfacing with SNN-based hardware What You Will Do Design, simulate, and verify
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soon as possible thereafter. The workplace is the SDU Campus Odense in Denmark, with some travel required within Denmark. Mastering the Danish language at a proficiency level is a requirement
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You Will Do Design and simulate CMOS circuits for spiking neuron models Develop and validate digital/mixed-signal SNN hardware Collaborate with neuroscientists and system-level designers Contribute
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on the rearrangements of chemical bonds and therefore require that the entities have explicit internal structure. This imposes constraints on the stoichiometry and, vice versa, the system level constrains the molecules