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shadynagy111-eng/README.md

Shady Nagy

AI Researcher | Deep Learning Engineer

LinkedIn Google Scholar


🧠 Spiking Neural Networks (SNNs) Research

Exploring bio-inspired computing and neuromorphic engineering

Research Focus

  • Bio-inspired Neural Networks
  • Temporal Information Processing
  • Event-driven Computing
  • Neuromorphic Hardware Integration
  • Spike-based Learning Algorithms
  • Energy-efficient Neural Processing

Key Contributions

  • Implementation of novel SNN architectures
  • Development of temporal coding mechanisms
  • Bio-inspired vision processing systems
  • Event-based computing solutions

πŸš€ Efficient Machine Learning

Developing resource-efficient deep learning solutions

Research Focus

  • Model Compression Techniques
  • Network Quantization Methods
  • Efficient Neural Architectures
  • Resource-aware Deep Learning
  • Lightweight Model Design
  • Performance Optimization Strategies

Key Contributions

  • Advanced compression methodologies
  • Resource-efficient training approaches
  • Novel quantization techniques
  • Optimized model architectures

πŸ€– Large Language Models (LLMs)

Advancing natural language processing and understanding

Research Focus

  • Transformer Architectures
  • Fine-tuning Methodologies
  • Efficient LLM Deployment
  • Natural Language Understanding
  • Context-aware Processing
  • Multi-modal Language Models

Key Contributions

  • LLM optimization techniques
  • Custom transformer implementations
  • Efficient deployment strategies
  • NLP application development

πŸŽ“ Education

  • Ph.D. Candidate in AI/ML
  • Research focus on Neuromorphic Computing and Efficient Deep Learning
  • Specialized in Bio-inspired Artificial Intelligence

πŸ† Achievements

  • Publications in Top-tier Conferences/Journals
  • Research Collaborations with Leading Institutions
  • Patents and Technical Innovations

πŸ” Current Research Directions

  • Advanced SNN Architectures for Real-world Applications
  • Efficient Training Methods for Large-scale Models
  • Novel Approaches in Language Model Optimization
  • Bio-inspired Computing Solutions

🀝 Open to

  • Research Collaborations
  • Project Contributions
  • Technical Discussions
  • Mentoring Opportunities
  • Industry Partnerships

πŸ’‘ Research Philosophy

Dedicated to bridging the gap between biological and artificial intelligence while maintaining a strong focus on efficiency and practical applicability. My work aims to advance the field of neuromorphic computing while developing sustainable and resource-efficient AI solutions.

Pinned Loading

  1. Medical-AI-Imaging-and-Videos-HUB Medical-AI-Imaging-and-Videos-HUB Public

    Welcome to the Medical AI Imaging repository! This project focuses on applying AI models to medical videos and images for various diagnostic and analytical purposes.

  2. My-LLM-applications-in-Medical-and-financial-fields My-LLM-applications-in-Medical-and-financial-fields Public

  3. SNNs_Research_HUB SNNs_Research_HUB Public

    My collection of SNN research implementations and experiments.

  4. ECG-Detection-Using-EGRU ECG-Detection-Using-EGRU Public

    Forked from mohamedghaly1/ECG-Detection-Using-EGRU

    This is collaboration project between Me and Ghaly in EGRU for ECG Classification

    Jupyter Notebook

  5. Spiking-Visual-attention-for-Medical-image-segmentation Spiking-Visual-attention-for-Medical-image-segmentation Public

    Efficient Segmentation model that depends on spiking visual attention model for brain tumor segmenation

    Jupyter Notebook

  6. xlstm xlstm Public

    Forked from NX-AI/xlstm

    Official repository of the xLSTM.

    Python

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