International Conference on Reasoning AI in Future Communication Systems - ICRFCS 2026

Call for papers

ICRFCS 2026 welcomes original contributions in, but not limited to, the following areas:

1. Reasoning AI (RAI) Models and Architectures

  • Fuzzy reasoning and handling uncertainty in AI systems
  • Knowledge representation and logical inference models
  • Hybrid reasoning with symbolic AI and machine learning
  • Reasoning in cognitive computing architectures
  • Automated reasoning algorithms for large-scale data
  • Neuro-symbolic reasoning in AI applications
  • Datasets and evaluation of reasoning frameworks

2. Next-Generation Communication Networks

  • AI-driven reasoning for 5G/6G optimization
  • Spectrum management and allocation using reasoning systems
  • Reasoning-based approaches for network slicing
  • Adaptive routing and traffic management with reasoning AI
  • Fault detection and recovery in communication systems
  • Reasoning in self-organizing and cognitive radio networks
  • Energy-efficient reasoning algorithms for green communications
  • Integration of reasoning AI in satellite and space communication

3. Internet of Things (IoT) and Edge Computing

  • Reasoning-based IoT device coordination and interoperability
  • Context-aware reasoning in IoT environments
  • Intelligent reasoning for smart homes and smart cities
  • Trust and security reasoning models for IoT systems
  • Reasoning for low-latency edge intelligence
  • Resource allocation and scheduling using reasoning AI
  • Predictive reasoning for maintenance in IoT networks
  • Federated and distributed reasoning in IoT-Edge ecosystems

4. Cybersecurity and Intelligence

  • Automated reasoning for intrusion detection and prevention
  • Reasoning-driven malware and threat analysis
  • Knowledge-based reasoning for vulnerability assessment
  • Adaptive reasoning for real-time threat response
  • AI reasoning in blockchain and secure transactions
  • Reasoning-enabled anomaly detection in communication networks
  • Privacy-preserving reasoning frameworks

5. Healthcare Systems and Analysis

  • Diagnostic reasoning for medical decision support
  • AI reasoning for personalized treatment recommendations
  • Reasoning-based systems for medical imaging analysis
  • Clinical knowledge graphs and reasoning integration
  • Predictive reasoning for disease outbreak and progression
  • Reasoning in telemedicine and remote monitoring
  • Explainable reasoning in healthcare AI
  • Case-based reasoning for healthcare knowledge management

6. Robotics and Autonomous Systems

  • Reasoning for robot navigation and path planning
  • Multi-agent reasoning in autonomous systems
  • Task allocation and scheduling with reasoning AI
  • Reasoning-enabled human–robot collaboration
  • Perception and sensor fusion using reasoning algorithms
  • Reasoning in industrial and service robotics
  • Adaptive learning and reasoning for dynamic environments
  • Reasoning in unmanned aerial/ground vehicle operations

7. Conversational AI and Human-AI Interaction

  • Reasoning-based dialogue management in chatbots
  • Contextual reasoning for natural language understanding
  • Multi-modal reasoning in conversational systems
  • Emotion and sentiment reasoning in dialogue systems
  • Reasoning in real-time translation and cross-lingual communication
  • Human-in-the-loop reasoning frameworks for collaboration
  • Explainability and transparency in conversational reasoning

8. Emerging Trends and Cross-Domain Applications

  • Integration of reasoning AI with Large Language Models (LLMs)
  • Reasoning-driven explainable and trustworthy AI
  • Reasoning in quantum communication systems
  • Societal and industrial applications of reasoning AI
  • Reasoning in sustainable and green communication systems
  • Reasoning AI for disaster management and smart governance