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GCICI 2026

Call for Papers

Submit your original research contributions to GCICI 2026

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Call for Paper

Original Contributions are solicited on topics covered under broad areas such as (but not limited to):

Track 1: Computational Intelligent systems and soft computing

  • - Artificial Neural Networks and Deep Learning
  • - Bioinformatics and Computational Biology
  • - Bio-inspired and Nature-inspired Algorithms
  • - Classification, Clustering, and Data Analytics
  • - Data Mining and Knowledge Discovery
  • - Evolutionary Computation and Optimization
  • - Fuzzy Systems and Hybrid Intelligent Systems
  • - Genetic Algorithms and Genetic Programming
  • - Evolutionary Programming Techniques
  • - Geoinformatics and Spatial Data Analysis
  • - Knowledge-based Systems and Expert Systems
  • - Machine Vision and Computer Vision
  • - Optimization Techniques and Metaheuristics
  • - Pattern Recognition and Machine Learning
  • - Rough Set Theory and Uncertainty Modeling

Track 2: Computational Imaging and Signal Processing

  • - Computational Methods for 3D Modeling and Reconstruction
  • - Image and Signal Recovery from Sparse and Incomplete Data
  • - Image Processing: Filtering, Enhancement, and Segmentation
  • - Signal Reconstruction and Restoration Techniques
  • - Speech and Audio Signal Processing
  • - Intelligent Imaging Systems and Sensor Data Acquisition
  • - GPS and Geospatial Signal Processing
  • - Adaptive Signal Processing and Learning Algorithms
  • - Model-based Data Inversion Techniques
  • - Statistical and Probabilistic Signal Processing
  • - Advanced and Unconventional Imaging Techniques

Track 3: Computational Intelligence in Wireless Networks

  • - Optimization Techniques in Ad Hoc and Wireless Networks
  • - Intelligent Design and Management of Wireless Networks
  • - Cognitive Radio and Wireless Sensor Networks (WSN)
  • - Energy-efficient Protocols using Computational Intelligence
  • - Intelligent Routing Algorithms in WSN
  • - Distributed and Parallel Algorithms for Smart Sensor Networks
  • - Data Analytics and Learning from Sensor Data
  • - Pervasive and Ubiquitous Computing Systems

Track 4: Computational Methods in Biomedical Signal Processing and Telemedicine

  • - Computational Modeling of Cardiovascular and Respiratory Systems
  • - Medical Image Analysis using Artificial Intelligence
  • - Intelligent Medical Device Design and Development
  • - Biomedical Signal Processing (EEG, EMG, ECG)
  • - Healthcare Systems Modeling and Optimization
  • - Medical Imaging (MRI, Ultrasound, Ophthalmology, Neuroimaging)
  • - Numerical and Patient-specific Organ Modeling
  • - Surgical Simulation and Virtual Healthcare Systems
  • - AI Applications in Tumor Detection and Modeling
  • - Telemedicine and Remote Healthcare Technologies

Track 5: Applications of Computational Intelligence

  • - Intelligent System Design and AI Applications
  • - Natural Language Processing and Text Analytics
  • - Robotics, Automation, and Autonomous Systems
  • - Human-Computer Interaction and Intelligent Interfaces
  • - VLSI Design for Intelligent and Embedded Systems
  • - Smart Systems and Industrial Applications of AI