Track 1: Computer Science and Engineering

  1. Advanced Computing
    • High-performance computing
    • Quantum computing
    • Cloud computing
    • Edge computing
    • Distributed computing
    • Grid computing
  2. Communication Systems
    • Wireless communication
    • Internet of Things (IoT)
    • Network protocols and architectures
    • Mobile and ad hoc networks
    • Social networks and online communication
  3. Artificial Intelligence and Machine Learning
    • Deep learning and neural networks
    • Natural language processing
    • Image processing and Computer vision
    • Reinforcement learning
    • AI applications in various domains
      • Social media analysis
      • Metaverse Technology
  4. Data Science and Big Data
    • Data analytics and data mining
    • Data visualization
    • Data privacy and security
    • Machine learning for data analysis
  5. Cybersecurity
    • Network security
    • Cryptography and encryption techniques
    • Ethical hacking
    • Security in IoT and critical infrastructure
  6. Emerging Technologies
    • Blockchain technology
    • Augmented and virtual reality
    • Biologically inspired computing

Track II: Electronics and Communication

  1. Signal & Image processing
    • Medical Image Processing
    • Wireless communications network
    • Computer Networks and Data Communication
    • Cloud Computing and Internet of Thing
    • Radar, Satellite, RF and Smart grid communication
    • Cryptography, Security and Privacy of Mobile & Wireless Networks
    • Signal Processing for Smart Systems
    • DSP Implementation and Embedded Systems
    • Encoding, Encryption and Information Theory
    • Speech, Audio and Music Processing
    • Neural network
    • Block chain
    • High-Performance Networks and Protocols
    • Internet of Things and Big Data
    • Cloud Computing
    • Embedded Systems
    • Virtual and Augmented Realities
    • Fuzzy logic
    • Computational intelligence
    • Antenna and Microwave
    • NLP
    • IOT
    • Biomedical engineering and healthcare
    • Nanotechnology
    • Analog, RF, mixed signal design
    • Smart grid
    • VLSI and FPGA

Track III: Electrical and Electronics

  1. Power Generation, Transmission and Distribution
    • Renewable Energy Sources and Technology
    • Power Electronics and Applications
    • Power Quality
    • Electric Vehicle/E Mobility
    • Energy Management
    • Smart System (Computational Intelligence and Automation)
    • Energy Conversion System
    • Robotics, Control, Automation and Instrumentation
    • Modern and Advanced Control Strategies
    • Biomedical Instrumentation and Applications
    • Industrial Automation, Network-Based Systems
    • Recent Developments in Automation and Control