We are happy to inform you that JCT College of Engineering and Technology is organizing a “8th International Conference on Inventive Systems and Control (ICISC 2024)” on 29-30, July 2024.
In this regard, we would be highly obliged to add our conference event related information in your event promotion website’s
The event details are as follows:
Conference Name: 8th International Conference on Inventive Systems and Control
Organizing Society: JCT College of Engineering and Technology
Publication: Published by IEEE Xplore and the IEEE Computer Society Digital Library.
Sponsored by: JCT College of Engineering and Technology
Conference Website: https://icoisc.org/2024/
Email ID to be entered in forms: [email protected]
Conference Highlights:
All registered and presented papers will be submitted to IEEE Xplore and CSDL https://www.computer.org/conferences/cps
Event Technical Sponsor: IEEE Computer Society
Conference Topics:
8th International Conference on Inventive Systems and Control [ICISC 2024] invites novel and unpublished research contributions that address the existing challenges and/or showcase the state-of-the-art real-world applications and enabling innovative technological advancements of Artificial Intelligence [AI], Machine Learning, Deep Learning and Intelligent Control. The conference theme for this year will be “Intelligent Systems and Control Technologies”. The main aim of ICISC 2024 is to present the state-of-the-art research innovations and results in the area of intelligent systems and advanced control technologies and real-world applications in ICT research, particularly covering autonomous systems, artificial intelligence, sensing, hardware and software implementation, soft computing, hardware/software-oriented optimization, intelligent control design, intelligent system integration and control applications, and other relevant research areas. ICISC 2024 intends to bring together researchers from both academia and industries, who are working on emerging topics of artificial intelligence and control techniques.
Track – 1: Intelligent Systems
- Robust Machine Learning Approaches
- Computer Vision
- Soft Computing Techniques
- Human-Centred Artificial Intelligence
- Deep Learning: Prediction, Representation & Visualization
- Natural language processing
- Cognitive architectures
- Artificial Intelligence for IoT Systems
- Explainable Artificial Intelligence and Intelligent Systems
- Cyber-Physical System with Artificial Intelligence
- Hybrid Fuzzy Systems
- Intelligent Agents and Multi-Agent Systems
- Complex Industrial Intelligent Systems
- Trusted and Dependable Intelligent Systems
Track – 2: Control Techniques
- Robotics, navigation and control
- Network Intelligence and Network Control
- Intelligent fault detection and fault-tolerant control
- learning and adaptive control
- Complex system modeling, optimization and control
- Intelligent control applications
- intelligent automation and decision support systems
- Fuzzy and Neural Networks Based Control Systems
- Intelligent Vehicle Control
- Learning and Adaptive Control Systems
- Hybrid Intelligent Systems and Control
- Embedded Control Systems
- Machine Learning in Control Applications
- Software Agents for Intelligent Control Systems
