Pinned Repositories
autoencoders_for_visual_defect_detection
Implementation of paper: Rádli, R., & Czúni, L. (2021). About the Application of Autoencoders for Visual Defect Detection.
Multi_Phase_Deep_Random_Neural_Network
Implementation of papers: Rádli, R., & Czúni, L.: Deep Randomized Networks for Fast Learning (2023), Iteratively increasing randomized networks (2024)
optical_pose_estimation
Implementation of my MSc thesis work, entitled "Optical pose estimation in robotics applications"
pedestrian_detection
Implementation of different object detection neural networks, in order to detect pedestrians.
pill_detection
Implementation of the following papers: Rádli, Richárd, Zsolt Vörösházi, and László Czúni. "Multi-Stream Pill Recognition with Attention." "Pill Metrics Learning with Multihead Attention", "Word and Image Embeddings in Pill Recognition" and "Metric-based pill recognition"
richardRadli's Repositories
richardRadli/pill_detection
Implementation of the following papers: Rádli, Richárd, Zsolt Vörösházi, and László Czúni. "Multi-Stream Pill Recognition with Attention." "Pill Metrics Learning with Multihead Attention", "Word and Image Embeddings in Pill Recognition" and "Metric-based pill recognition"
richardRadli/autoencoders_for_visual_defect_detection
Implementation of paper: Rádli, R., & Czúni, L. (2021). About the Application of Autoencoders for Visual Defect Detection.
richardRadli/optical_pose_estimation
Implementation of my MSc thesis work, entitled "Optical pose estimation in robotics applications"
richardRadli/Multi_Phase_Deep_Random_Neural_Network
Implementation of papers: Rádli, R., & Czúni, L.: Deep Randomized Networks for Fast Learning (2023), Iteratively increasing randomized networks (2024)
richardRadli/pedestrian_detection
Implementation of different object detection neural networks, in order to detect pedestrians.