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ICCICC-2026: International Conference on Computational Intelligence, Computing and Communication
Advancing Sustainability through Technologies
About ICCICC-2026: The Global Platform
The International Conference on Computational Intelligence, Computing and Communication (ICCICC-2026) is envisioned as a premier global forum to be hosted at the prestigious Jamia Millia Islamia (JMI), New Delhi, bringing together leading researchers, academicians, industry professionals, and practitioners from around the world. The conference is designed to serve as a high-impact platform for presenting original research, exchanging innovative ideas, and fostering interdisciplinary dialogue across the rapidly converging domains of computing, intelligence, and communication technologies for advancing sustainability through technologies.
The central theme of ICCICC-2026 focuses on the synergistic integration of computational intelligence, advanced computing paradigms, and modern communication systems. As contemporary technological challenges increasingly demand cross-disciplinary solutions, the conference emphasizes the intersection of computer engineering, electrical and electronics engineering, communication systems, data science, and intelligent automation. ICCICC-2026 addresses both foundational theories and practical applications, spanning from core algorithmic innovations to real-world deployments in smart and sustainable systems.
The conference is structured around six broad technical tracks that collectively capture the evolving landscape of intelligent and connected technologies. These include Artificial Intelligence, Machine Learning and Optimization, enabling intelligent decision-making and adaptive systems; Networks, Security and Communication Systems, addressing next-generation connectivity, cybersecurity, and resilient infrastructures; Robotics, Automation and Control, focusing on autonomous systems and intelligent control strategies; Data Science, Computing and Emerging Paradigms, covering big data analytics, cloud and quantum computing; Parallel and Distributed Systems and IoT, emphasizing scalable architectures and smart environments; and Signal and Image Processing, Human–Computer Interaction, exploring perceptual computing and user-centric intelligent systems.
ICCICC-2026 aims to stimulate cutting-edge research, innovation, and collaboration. The conference will provide participants with valuable opportunities to disseminate their findings, gain insights into emerging research trends, establish international research networks, and explore potential academic–industry partnerships. By facilitating knowledge exchange across disciplines and geographical boundaries, ICCICC-2026 aspires to contribute meaningfully to the advancement of intelligent technologies and to inspire solutions for future smart, secure, and sustainable systems that benefit society at large.
OBJECTIVES
- To provide a global platform for sharing novel research ideas and technological advancements
- To encourage interdisciplinary collaboration among academia, industry, and research organizations
- To explore emerging paradigms that drive smart, secure, and sustainable systems
EXPECTED OUTCOMES
- Dissemination of high-quality, peer-reviewed research
- Identification of future research directions and challenges
- Strengthening of international research collaborations and academic–industry partnerships
TARGET AUDIENCE
Researchers, academicians, postgraduate students, industry professionals, technologists, and policy-makers working in areas related to AI, data science, communication systems, robotics, IoT, and advanced computing.
Major Tracks
The major tracks for submission for ICCICC-2026 include (but are not limited to) the following topics:
Track 1: Artificial Intelligence, Machine Learning & Optimization
Track 2: Networks, Security and Communication Systems
Track 3: Robotics, Automation & Control
Track 4: Data Science, Computing & Emerging Paradigms
Track 5: Parallel and Distributed Systems & IoT
Track 6: Signal & Image Processing, Human & Computer Interaction


