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/ Signal encoding strategies implementation and validation for event-based or time-domain processing 3. Integración de interfaces analógicas con soporte digital reconfigurable / Integration of analog
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and complex modulation schemes. One of the primary interests of using FPGAs lies in their ability to implement high-throughput, and parallel digital signal processing architectures. In modern SQUID
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of contents, workflows, and infrastructures of the digital libraries developed within this project and previous ones, which are available in open access through the portal https://www.bidiso.es/. a) General
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hardware description languages. - Integration of proprietary and third-party IPs, as well as hardware-software architecture design. - Implementation of accelerators, digital signal processing, and real-time
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followed by high-speed sampling and digitization, all the while advanced digital signal processing (DSP) is applied both before transmission and after reception to mitigate most impairments. Coherent
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ALMA MATER STUDIORUM - UNIVERSITA' DI BOLOGNA - - DIPARTIMENTO DI INGEGNERIA DELL'ENERGIA ELETTRICA E DELL'INFORMAZIONE "GUGLIELMO MARCONI" | Italy | about 12 hours ago
domain-specific accelerators. RISC-V mesh-of-tiles platforms with vector units offer a scalable, energy-efficient foundation for ML inference and signal processing, but scaling edge AI efficiency still
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of information science, for the group of subjects related to business processes, digital transformation and performance measurement at the Department of Organization Where to apply E-mail natjecaji@foi.unizg.hr
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sequence models. • Experience with experimental and/or simulation data and their integration (e.g., Digital Twin frameworks). • Knowledge of signal processing and feature extraction techniques is an asset
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Electronics, with solid skills in CMOS analog design and an interest in mixed-signal systems and scientific instrumentation. Prior experience in ADCs or signal processing will be considered a strong asset
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of Power Engineering; Xiaozhe Wang ECSE 408: Communication Systems; Ioannis Psaromiligkos ECSE 412: Discrete Time Signal Processing (cross-listed with ECSE 512); Benoit Champagne ECSE 420: Parallel Computing