Research Projects

This is a list of research projects I'm currently participating or I have participated in the past.


    NimbleAI: Ultra-energy Efficient and Secure Neuromorphic Sensing and Processing at the Endpoint (2022 -- 2025, 1 PhD and 1 PostDoc, Funded by EU/Horizon Europe)
    NeuroSoC: A Multiprocessor System on Chip with In-memory Neural Processing Unit (2022 -- 2026, 2 PhDs, Funded by EU/Horizon Europe)
    PROACT: Physical Attack Resistance of Cryptographic Algorithms and Circuits with Reduced Time to Market (2021 -- 2026, 1 PhD and 1 PostDoc, Funded by NWO/NWA)
    DSE 2.0: Towards Optimal Design of Complex, Distributed Cyber-Physical Systems (2020 -- 2025, 1 PhD, Funded by NWO/TTW)
    Embedded Systems Design for Distributed Deep Learning (2020 -- 2024, 1 PhD, Funded by LIACS&UvA)
    ALOHA: software framework for runtime-Adaptive and secure deep Learning On Heterogeneous Architectures (2018 -- 2022, 1 PhD, Funded by EU/HORIZON 2020)
    Efficient Dependable Space-Borne Computing Through Advanced Reconfigurability Concepts (2017 -- 2021, 1 PhD, Funded by European Space Agency (ESA/ESTEC))
    rCPS3: Energy-Efficient Computer-Brain Interaction (2015 -- 2020, 1 PhD, Funded by STW)
    CREED: Cross-layer Design Space Exploration for Energy-aware MP-SoC Design (2011 -- 2016, 1 PhD, Funded by NWO)
    Automated Parallelization of Dynamic Applications for MPSoC Design and Programming (2011 -- 2012, 2 PostDocs, Funded by Intel Corporation)
    MADNESS: Methods for predictAble Design of heterogeNeous Embedded Systems with adaptivity and reliability Support (2010 -- 2014, 1 PhD, Funded by EU/FP7)
    NEST: NEtherlands STreaming (2009 -- 2013, 1 PhD, Funded by STW)
    TSAR: Tera-Scale Multi-core Processor ARchitecture (2008 -- 2013, 1 PhD, Funded by EU/MEDEA+ and PoinOne)
    SoftSoc: Hardware Dependent Software for Systems on Chip (2008 -- 2013, 1 PhD, Funded by EU/MEDEA+ and PointOne)
    SCALOPES: Scalable Low Power Embedded Platforms (2009 -- 2011, 2 PostDocs, Funded by EU/ArtemisJU and PoinOne)
    DAEDALUS: Artemisia's Open Source Framework for System-level design, Programming, and Implementation of MPSoCs (2008 -- 2015, 2 SW Engineers, Funded by PROGRESS/STW)
    hArtes: Holistic Approach to Reconfigurable real Time Embedded Systems (2007 -- 2009, 2 PhDs, Funded by EU/FP6)
    ARTEMISIA (ARTEMIS In Action): Architecture, Programming, and Exploration of Network-on-Chip based Embedded System Platforms (2004 -- 2009, 1 PhD and 1 PostDoc, Funded by PROGRESS/STW, Succesfully finished)
    ARTEMIS: Architectures and Methods for Embedded Media Systems (2000 -- 2004, 1 PhD, Funded by PROGRESS/STW, Succesfully finished)