Thesis title: Neural engineering framework-optimized analog design of a spiking neuron for neuromorphic computing
Thesis title: Neural engineering framework-based inverse kinematics with online learning
Thesis title: LiDAR-driven spiking neural network for collision avoidance in autonomous driving
Thesis Title: Data-driven artificial and spiking neural networks for inverse kinematics in neurorobotics
Thesis title: Robotic motion guidance and adaptive control with neuromorphically integrated velocity readings and online learning
Thesis Title: Adaptive object tracking in 3D with an hybrid frame and event-based camera
PostDoc research: Visual cognition with spiking neural networks
Project title: Predicting clinical outcomes of psychodynamic therapy Sessions using NLP and MATRIX encoding
Thesis title: Unsupervised style transfer of modern Hebrew using generative language modeling and zero-shot prompting
Thesis title: AI-powered framework for EEG-based prediction of cognitive states
Thesis title: Autonomous driving with neuromorphic spiking neural networks and online learning
Thesis title: unsupervised deep learning end-to-end multi-domain tracker
