Focus and Scope

The list of topics spans all the areas of modern intelligent systems, such as:

  •       Artificial Intelligence
  •       Deep Learning
  •       Machine Learning
  •       Pattern Recognition
  •       Artificial Neural Networks
  •       Reinforcement Learning
  •       Supervised, Semi-Supervised and Unsupervised Learning
  •       Computer Vision
  •       AI-Powered Robotic Systems
  •       Natural Language Processing
  •       AI-Powered Internet of Things
  •       Image and Video Processing and Analysis
  •       Data Mining
  •       Bayesian Learning
  •       Intelligent Agents and Multi-Agent Systems

The list of topics spans all the areas of telecommunication systems, such as:

  •       Information theory/coding, network security, standards, applications, and information processing in telecommunication systems
  •       Internet/web-based systems/products and internet of things
  •       Network interconnection, wired, wireless, adhoc, and mobile networks
  •       Cost-benefit analysis and economic impact of telecommunication systems
  •       Security, privacy and encryption in telecommunication systems
  •       Cellular, mobile, and satellite-based systems
  •       Antenna and propagation
  •       Wireless sensor networks

 

Antenna Designs and Propagation for Advanced Wireless Systems:

  • Discussing innovations in antenna design and propagation characteristics crucial for enhancing the performance of 6G networks, UAV communication networks, and IoT systems.

Next-Generation Wireless Communication Technologies:

  • Exploring advancements in 6G technologies and their signal processing requirements, including NOMA and VLC, with emphasis on how antenna and propagation studies affect network efficiency and capability.

AI and ML in Antenna and Network Optimization:

  • Investigating the role of artificial intelligence and machine learning in optimizing antenna designs and wireless network propagation, enhancing edge computing, and network virtualization functionalities.

Security and Privacy in Wireless Communications:

  • Analyzing new protocols and technologies for ensuring security and privacy, with a focus on how advanced antenna and propagation techniques can enhance secure communication in cognitive radio networks and quantum communications.

IoT Networks and Industry 4.0:

  • Focusing on the integration of IoT in various settings including industry 4.0 and smart cities, examining how propagation studies and innovative antenna designs support robust network connections.

Advanced Signal Processing Techniques:

  • Delving into specific signal processing techniques for environments such as underwater and cognitive radio networks, exploring the impact of propagation effects and antenna technology on signal clarity and network performance.

Communication Strategies for Intelligent Transport Systems:

  • Reviewing communication strategies involving intelligent reflecting surfaces and VLC, studying how antenna technologies and propagation adjustments optimize communications in vehicular networks and intelligent transportation systems.

Emerging Technologies in Wireless Communication:

  • Covering edge and fog computing, augmented and virtual reality, and blockchain, with attention to how advancements in antenna technology and propagation theory enable efficient implementation of these technologies.

Energy Efficiency and Sustainability in Communication Networks:

  • Addressing green communication strategies, focusing on how energy-efficient antenna designs and optimal propagation techniques contribute to sustainable network practices.

Network Customization and Service Differentiation:

  • Exploring network slicing and multi-access edge computing, including how antennas and propagation research support customized and differentiated services in 5G networks and beyond, particularly for low-latency and ultra-reliable communications.

Cybersecurity and Big Data in Emerging Technologies:

  • Evaluating the role of advanced antenna designs and propagation models in securing networks and enhancing big data analytics, particularly their applications in improving cloud services and user experiences.