Welcome to ICWOC 2025 in Chengdu!
Call for Papers | Download CFP Flyer
ICWOC 2025 welcomes author submission of papers concerning any branch of the Intelligent Computing and Wireless Optical Communications, and their applications, and other subjects. Topics of interest for submission include, but are not limited to:
| Track 1. Wireless Communication and Networks - Wireless Communications and Mobile Computing - Communication and Information Theory - Computer and Network Security - Cross-Layer Optimized Wireless Networks - MIMO Systems - Mobile Computing - Multimedia over Wireless - Next Generation Mobile Networks - WiMAX/WiBro Services and QoS Management - Wireless LANs and Wireless PANs - Wireless Sensor Networks - Mobility and its Applications - Cooperative and Cognitive Networks - Autonomic Wireless Networking - Emergency Management: Communication and Computing Platforms - Planning and Optimization of Wireless Communication Networks - Vehicular Communication Technology |
Track 2. Optical Fiber Communication and Networks - Optical Networking Technologies - Optical Switching and Network Elements - Optical Transmission Technologies Track 3. Optical Wireless Communication and Networks - Free Space Optical Communication (FSO) - Visible Light Communication (VLC) - Optical Wireless Sensor Networks - Atmospheric Effects on Optical Wireless Links |
| Track 4. Integrated Sensing and Communication and Signal Processing - Analog Signal - Digital Signal - Analog to Digital Conversion - Signal Preprocessing - Signal Modulation and Demodulation - Signal Filtering and Denoising - Signal Time-Frequency Analysis - Wavelet Transform and Method - Signal Acquisition - Speech Recognition and Processing - Radar Signal Analysis - Biosignal Assisted Analysis - Blind Source Separation - Compressed Sensing and Sparse Coding - Evolutionary Computing and Learning - Genetic Algorithms - Particle Swarm Optimization and Niche Technology - Swarm Intelligence and Optimization - Independent Component Analysis - Natural Computing - Quantum Computing - Neural Networks - Nature Inspired Computing and Optimization - Rough Sets - Fuzzy Theory and Algorithms - Pervasive/Ubiquitous Computing - Supervised Learning - Unsupervised Learning - Reinforcement Learning - Kernel Methods and Supporting Vector Machines - Machine Learning - Knowledge Discovery and Data Mining - Intelligent Computing in Communication Networks - Intelligent Data Fusion - Intelligent Data Analysis & Prediction |
Track 5. Space Communications, Navigation and Tracking - Satellite Communication Systems - Deep Space Communication - Global Positioning System (GPS) and Related Navigation Technologies - Inertial Navigation Systems - Spacecraft Tracking and Orbit Determination - Satellite Constellation Design for Communication and Navigation Track 6. Fiber and Sensor Technologies - Fiber Optic Sensors (e.g., strain sensors, temperature sensors) - Distributed Fiber Optic Sensing Technologies - Fiber Bragg Grating Sensors - Fiber Optic Gyroscopes - Fiber Optic Acoustic Sensors |
| Track 7. Microwave Photonics and THz Technology
- Microwave Photonic Filters - THz Signal Generation and Detection - Microwave Photonic Links for High-Speed Data Transmission - THz Imaging and Spectroscopy - Integration of Microwave and Photonic Components - THz Communication Systems and Networks |
Track 8. Intelligent Photonics and Optical Computing
- Optical Neural Networks - Intelligent Optical Switching Based on Machine Learning - Photonic Computing Architectures for Big Data Processing - Adaptive Optical Systems Using AI Algorithms - Optical Signal Processing with Intelligent Algorithms - Hybrid Optoelectronic Intelligent Computing Systems |