Piotr Wzorek
Msc Piotr Wzorek
Research and teaching assistant
PhD Student
pwzorek@agh.edu.pl
I focus on hardware acceleration for computer vision systems, with particular interest in event-based (neuromorphic) vision and deep neural network solutions. My work covers algorithm design tailored to the target platform, as well as the implementation and verification of hardware modules on reconfigurable FPGA platforms.
Computer Vision Deep Neural Networks Event Cameras FPGA Hardware Acceleration Neuromorphic Vision
Experience
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Research and teaching assistant
AGH University of KrakówConducting research and teaching on artificial intelligence acceleration for embedded platforms, perception systems, and reconfigurable logic.
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FPGA Engineer
Semihalf sp. z o.o.Hardware implementation and verification of high-performance 100Gbps NIC on FPGA platforms, logic design and development, simulation, and hardware testing.
Education
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PhD candidate
AGH Doctoral School, AGH University of KrakówAutomation, Electronics, Electrical Engineering, and Space Technologies
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Master of Science
AGH University of KrakówAutomatic Control and Robotics / Intelligent Control Systems
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Bachelor of Engineering
AGH University of KrakówAutomatic Control and Robotics
Awards
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Obtaining NCN PRELUDIUM Grant
Polish National Science CentreProject titled Hardware-Aware Neural Network Design for Event-Based Object Detection
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AMD Open Hardware Design Competition 2024 - Winner in PhD category
Advanced Micro Devices (AMD)Project titled Graph Convolutional Neural Networks for Event Based Vision for AMD SoC FPGA
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Best Paper Presentation Award - IEEE SPA conference 2022
Institute of Electrical and Electronics Engineers (IEEE)Presentation titled "Traffic sign detection with event cameras and DCNN"
Publications
2024
- Optimising graph representation for hardware implementation of graph convolutional networks for event-based visionIn , Sep 2024
2023
2022
- Accelerated training of object detection DNNs for embedded vision systemsIn , Sep 2022
- Playing cards and bidding calls detection for automatic registration of a duplicate bridge gameIn , Sep 2022
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2021
- Training dataset generation for automatic registration of a duplicate bridge gameZeszyty Studenckiego Towarzystwa Naukowego, Sep 2021