WCEAI2026 is focused on basic/applied research results in the fields of Wireless Communication, Electrical Engineering and Artificial Intelligence as they relate to Wireless Communication and Artificial Intelligence, Electrical Engineering, and related applications. The purpose of the conference is to provide a forum for researchers and industrial investigators to exchange ideas and discuss developments in these growing fields. This is also an opportunity for professional activities development, workshops and tutorials. Topics of interest include, but are not limited to: Wireless Communications

• B5G Systems
• Space-Time, MIMO and Adaptive Antennas
• OFDM, CDMA and Spread Spectrum
• Modulation, Coding and Diversity
• Signal Processing for Wireless Communications
• Channel Model and Characterization
• Multi-Hop and Cooperative Communications
• Interference Cancellation and MUD
• Radio Resource Management and Allocation
• Cognitive Radio and Software Defined Radio
• Satellite & Space Communications
• Multimedia Communications
• Multiple Access Techniques
• Optical Communications
• Wireless propagation and channel characterization
• OFDM and multi-carrier techniques
• Smart antennas techniques
• MIMO and multi-antenna techniques
• Massive MIMO
• Diversity techniques
• Software-defined radio techniques
• Equalization techniques
• Synchronization, estimation and detection techniques
• Wireless multiple access techniques
• Cooperative communications
• Cognitive radio communications
• Wireless green communications
• Ultra-wideband (UWB) communications
• Free-space optical communications
• Joint source-channel coding for wireless communications
• Dynamic spectrum management
• Resource allocation and interference management
• Cross-layer design
• Fixed wireless broadband access systems
• Energy harvesting communication systems
• PHY and MAC layer aspects of cellular networks
• Security issues of wireless systems
• Performance evaluation of wireless systems
• Wireless communication standards and testbeds

Electrical Engineering

• Stable Operation and Control of Power Systems
• Electrical Machines and their Intelligent Control Systems
• Power Transmission and Control Technology
• Control Theory and Applications in Power Electronics and Transmission
• Operation and control of new energy devices
• Intelligent control and information processing technology
• New technology of power electronics and motion control
• Computer measurement and control and network technology
• Intelligent building technology
• Control methods and applications of large systems
• Intelligent decision-making methods and applications
• Image algorithms and machine vision and applications
• Language recognition generation and applications
• inertial technology
• Guidance, Control and Simulation
• Principles and applications of autonomous astronomical navigation
• Computer vision measurement and navigation
• Digital ultrasound imaging systems
• Linear and non-linear control
• Adaptive, system-discriminative control
• Variable structure, quantum control
• Fuzzy logic and neural networks
• Predictive, inferential control
• Error-tolerant, multivariate control
• Discrete-event dynamic systems
• kinematic body navigation and guidance
• Multi-sensor integration and fusion
• Embedded systems
• Optimal, Robust Control
• Process Optimisation and Scheduling

Artificial Intelligence

• AI Algorithms
• Fault Detection
• Process Automation
• Real-time Systems
• Fuzzy and Neural Systems
• Intelligent data analysis
• Intelligence and artificial intelligence control
• Sensor networks and networked control
• Intelligent Automation
• Intelligent systems Sensors
• Artificial Intelligence tools & Applications
• Natural Language Processing
• Computer Vision and Speech Understanding
• Data mining and machine learning tools
• Estimation and Identification
• Hybrid Intelligent Systems
• Information Retrieval
• Intelligent System Architectures
• Pervasive computing and ambient intelligence
• Programming Languages
• Network Intelligence Applications and Search