Professor
Eiman KanjoProfile page
Visiting Professor
Department of Computing - Faculty of Engineering
- Visiting ProfessorDepartment of Computing - Faculty of Engineering
- ACE 257, Sherfield Building, South Kensington Campus, United Kingdom
TEACHING INTERESTS
MSc Artificial Intelligence Students' projects
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"Neuromorphic Architectures for Asynchronous Decentralized Resource Management"
"Decentralised Resource Sharing in Federated TinyML Networks to enable Generative AI on Constrained Devices"
"Optimisation and Deployment of SML:A Pareto Optimal Approach"
"Enhancing Driving Style: Personalised Performance Improvement through Machine Learning"
"On-Device and Continual Learning for Adaptive TinyML Systems"
"Multi-Level Audio-Text Feature Extraction and Fusion on wearable"
"Multi-Modal Knowledge Distillation for the extreme Edge"
"Decentralized Resource Sharing Using Reservoir Computing and GNN"
"Reinforcement Learning for Collaborative Tiny Autonomous Vehicles"
"Serverless Federated Learning Framework"
"TinyML-Powered MCU-Based Sensing System for Livestock Behavioral Analysis and Tracking"
"Fine-Tuning Deep Learning Models on MCUs for Resource-Aware Personalized Inference at the Edge"
"Combinatorial Spatiotemporal Resource Optimization Integrated with Graph Echo-State Reinforcement Learning"
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"Neuromorphic Architectures for Asynchronous Decentralized Resource Management"
"Decentralised Resource Sharing in Federated TinyML Networks to enable Generative AI on Constrained Devices"
"Optimisation and Deployment of SML:A Pareto Optimal Approach"
"Enhancing Driving Style: Personalised Performance Improvement through Machine Learning"
"On-Device and Continual Learning for Adaptive TinyML Systems"
"Multi-Level Audio-Text Feature Extraction and Fusion on wearable"
"Multi-Modal Knowledge Distillation for the extreme Edge"
"Decentralized Resource Sharing Using Reservoir Computing and GNN"
"Reinforcement Learning for Collaborative Tiny Autonomous Vehicles"
"Serverless Federated Learning Framework"
"TinyML-Powered MCU-Based Sensing System for Livestock Behavioral Analysis and Tracking"
"Fine-Tuning Deep Learning Models on MCUs for Resource-Aware Personalized Inference at the Edge"
"Combinatorial Spatiotemporal Resource Optimization Integrated with Graph Echo-State Reinforcement Learning"