All India Council for
Technical Education
Technical Education
Government of India | New Delhi
AICTE SPONSORED
International Conference on Recent Advances in Interdisciplinary
Quantum Computing and Communication Technologies
(IQCCT'26)
Call for Papers
IQCCT'26 - International Conference on Recent Advances in Interdisciplinary Quantum Computing and Communication Technologies
Quantum Computing
- •Quantum Computing Architectures & Algorithms
- •Quantum Communication Protocols
- •Quantum Sensing & Metrology
- •Post-Quantum Cryptography
- •Quantum Cryptographic Systems
- •Privacy and Trust in Quantum Networks
- •Quantum Computing Architectures & Algorithms
- •Quantum Communication Protocols
- •Quantum Sensing & Metrology
- •Quantum Internet & Satellite Communication
Communication Technologies
- •mmWave and THz Communication
- •Massive MIMO and Beamforming
- •6G Vision: AI-native, Holographic, and Semantic Layers
- •Next-Gen Communication Systems From 5G to 6G and Beyond
- •Advances in Wireless and Optical Communication
- •Intelligent Protocols for Adaptive Communication
- •Quantum-Safe Communication Architectures for the Post-Quantum Era
- •Inclusive Communication Technologies for Assistive and Remote Access
Quantum Computing and VLSI
- •Design methodologies for quantum-compatible VLSI circuits
- •VLSI implementation of quantum error correction circuits
- •Fabrication techniques for quantum-VLSI hybrid chips
- •Low-power VLSI design for quantum control electronics
- •Timing and synchronization challenges in quantum-VLSI systems
- •Fault-tolerant VLSI design for quantum computing applications
- •Quantum accelerators embedded in classical VLSI chips
- •VLSI design for quantum machine learning processors
Quantum Computing with AI and ML
- •Quantum machine learning Algorithms and architectures
- •Quantum-enhanced neural networks and deep learning
- •Quantum data encoding and feature extraction
- •Quantum support vector machines and classifiers
- •Quantum reinforcement learning for dynamic systems
- •Quantum generative models QGANs and beyond
- •Quantum optimization for ML hyperparameter tuning
- •Simulating quantum systems using ML techniques
- •ML-driven error mitigation in quantum processors
Quantum and IoT
- •Quantum-safe cryptography for IoT networks
- •Quantum key distribution (QKD) in IoT environments
- •Quantum-IoT hybrid system architectures
- •Embedding quantum sensors in IoT devices
- •Quantum communication protocols for IoT
- •Quantum entanglement for ultra-reliable IoT data transfer
- •Quantum machine learning for IoT data streams
- •Quantum-enhanced anomaly detection in sensor networks
- •Quantum-IoT in healthcare monitoring systems
- •Quantum IoT for energy grid optimization
Communication System and VLSI
- •VLSI implementation of MIMO systems for 5G and 6G
- •VLSI-based error correction coding (ECC) for high-speed data transmission
- •ASIC/FPGA design for communication protocols
- •VLSI design for real-time DSP in communication
- •VLSI-based adaptive filters for noise reduction
- •Machine learning integration in VLSI for smart communication
- •Neuromorphic VLSI for next-gen communication systems
- •VLSI design for mmWave and terahertz communication
- •VLSI circuits for IoT and edge communication devices
- •Quantum VLSI for secure communication systems
Communication with AI and ML
- •AI-driven optimization in wireless networks
- •ML-based adaptive modulation and coding
- •Reinforcement learning for dynamic spectrum access
- •AI for predictive network traffic management
- •Neural networks for channel estimation in MIMO systems
- •Federated learning for edge communication devices
- •AI-powered network slicing in software-defined networks (SDN)
- •AI in satellite and space communication
- •AI-powered drone-to-drone communication systems
- •Smart vehicular communication using deep learning
Communication Systems and IoT
- •Low-power wide-area networks (LPWAN) for IoT
- •5G and 6G integration with IoT devices
- •Secure communication protocols for medical IoT
- •Blockchain for decentralized IoT communication
- •Edge AI for real-time decision-making in IoT systems
- •IoT communication in smart cities: traffic, lighting, and waste management
- •Industrial IoT (IIoT): predictive maintenance and automation
- •IoT-enabled healthcare communication systems
- •Interoperability challenges in multi-protocol IoT systems
- •The Future of IoT Communication: Beyond 6G
Important Dates
Paper Submission Deadline
February 28, 2026
Notification of Acceptance
March 10, 2026
Camera-Ready Submission
March 20, 2026
Registration
March 25, 2026
Conference Date
April 10-11, 2026
Publication Opportunity
Selected papers will be published in SCOPUS Indexed Conference Proceedings.
Authors are invited to submit high-quality research papers on Communications and Quantum Technologies, including but not limited to the above tracks.