International Conference on Intelligent Computing, Cyber-Physical Systems, Electronics and Emerging Technologies (ICREET) 05-06 April 2026
The International Conference on Intelligent Computing, Cyber-Physical Systems, Electronics and Emerging Technologies (ICREET-2026) is a premier global forum dedicated to advancing the frontiers of intelligent systems, integrated cyber-physical infrastructures, and next-generation electronic technologies. Conceived as a vibrant platform for researchers, academicians, engineers, innovators, industry experts, and policymakers, ICREET-2026 fosters interdisciplinary collaboration and scientific excellence across the rapidly evolving technological landscape. ICREET-2026 invites global technical communities to explore the transformative influence of artificial intelligence (AI), machine learning (ML), cyber-physical systems (CPS), embedded systems, Internet of Things (IoT), next-generation electronics, digital twins, edge–fog computing, autonomous systems, and smart communication technologies. Envisioned as a bridge between fundamental research and real-world implementation, ICREET-2026 accelerates innovation by providing a platform for high-impact discussions, knowledge exchange, and technology demonstration. Through keynote lectures by distinguished experts, technical paper sessions, thematic panel discussions, industry exhibitions, workshops, and innovation challenges, the conference ignites new perspectives and drives transformative ideas into practical outcomes. By uniting academia, industry, research organizations, and government bodies, ICREET-2026 aims to cultivate forward-thinking solutions that empower the digital and intelligent future. The conference champions sustainable, secure, and scalable technological advancements, enabling intelligent computing, CPS, and emerging electronics to contribute meaningfully to global progress, societal resilience, and technological leadership.
Supervised and unsupervised learning algorithms
Deep learning architectures and neural networks
Evolutionary and nature-inspired computing techniques
Pattern recognition, classification, and decision support systems
Modeling and control of cyber-physical systems
Digital twin architectures for industry and infrastructure
Real-time monitoring, sensing, and actuation platforms
Reliability, safety, and fault-tolerant CPS design
Embedded controllers and real-time operating systems
ASIC, FPGA, and SoC design methodologies
Low-power, high-performance electronic circuits
Sensor interfaces, mixed-signal design, and hardware prototyping
Wireless communication systems and channel modeling
5G/6G architectures, protocols, and services
MIMO, massive MIMO, and cooperative communication
Network slicing, SDN, NFV, and cloud-native networking
IoT architectures, platforms, and middleware
Edge and fog computing for real-time intelligence
Smart homes, cities, industries, and cyber-physical IoT
Interoperability, scalability, and QoS in large-scale IoT systems
Network and communication security in CPS and IoT
Cryptography, privacy preservation, and secure protocols
Blockchain and distributed ledger technologies
Trustworthy AI, ethical computing, and secure intelligent systems