To Whom It May Concern,
To further expand academic influence, strengthen exchanges and cooperation, and consolidate scientific research achievements, the 2025 5th International Conference on Reliability Science and Engineering of Complex Systems will be held in Beijing, China, from October 17-18, 2025. The conference is hosted by the Chinese Institute of Command and Control (CICC), co-organized by the CICC Technical Committee on Reliability Systems Science and Engineering, Hangzhou International Innovation Institute of Beihang University, the School of Reliability and Systems Engineering of Beihang University, the National Key Laboratory of Reliability and Environmental Engineering Technology, and other organizations.
The Conference will feature keynote lectures, paper presentations, interactive panel discussions, and technical exhibitions, focusing on the theme of “Reliability for AI & AI for Reliability (R4AI & AI4R)”. The articles are only used for conference communication, and there will be no conference proceedings published. We cordially invite experts, scholars, engineers, and industry professionals in related Technological fields worldwide to submit original research papers and participate in discussions.
1. Topics of Interest
The scope includes, but is not limited to:
(1) Reliability for AI
1．Reliability modeling for intelligent systems
2．Reliability design and evaluation of intelligent command and control systems
3．Fault-tolerant and failure recovery strategies for intelligent systems
4．Failure Mode and Effects Analysis for intelligent systems
5．Prognostics and Health Management for intelligent systems
6．Reliability growth modeling of intelligent systems
7．Reliability design and implementation of C4ISR systems
8．Reliability of intelligent unmanned systems
9．Reliability of intelligent aircraft
10．Reliability of intelligent ships
11．Reliability of the Internet of Vehicles (IoV) and the Internet of Things (IoT)
12．Reliability assessment of intelligent driving technologies
13．Reliability design and implementation of intelligent command-and-dispatch systems
14．Reliability design of intelligent wearable sensors and systems
(2) AI for Reliability
1．AI-based fault prediction and diagnosis
2．Data-driven reliability assessment and optimization
3．AI applications in system health management
4．Reinforcement learning for reliability enhancement
5．AI technologies in automated testing
6．AI applications in dynamic risk management
7．Applications of Generative Adversarial Networks (GANs) in data restoration
8．AI-based intelligent fault recovery and repair
9．Applications of digital twin technology in reliability
10．Innovative machine learning methods for fault diagnosis
11．Applications of AI in fault monitoring for complex systems
12．AI-based real-time risk prediction and decision-making
13．AI applications in multi-dimensional reliability optimization
14．Applications of large models in reliability analysis
15．Verification methods of machine learning models in intelligent systems
(3) Certainty Reliability Theory and Applications
1．Uncertain statistics for credibilistic reliability data of systems
2．Uncertain differential equations for credibilistic reliability of systems
3．Uncertain evolutionary processes of systems
4．Uncertain renewal processes for system failures
5．Design and optimization in credibilistic reliability
6．Credibilistic reliability of uncertain networks
7．Uncertainty theory and chance theory
8．Credibilistic reliability analysis under uncertainty
9．Uncertain reasoning and control
(4) System Medicine and Biomedical Engineering
1．Reliability analysis of life systems using AI
2．Reliability of intelligent diagnosis in personalized medicine
3．Safety and reliability testing of medical devices
4．Reliability of applying large models in disease diagnosis and treatment
5．Accuracy evaluation of AI systems in medical imaging
6．Causal inference in network biology
7．Data-driven reliability optimization of medical systems
8．Fault-tolerant design of medical robotic systems
9．Reliability of health monitoring with wearable devices
10．Safety and reliability of surgical navigation systems
2. Submission Requirements
1．Papers should highlight originality, academic contributions, and application value. Submissions must not involve state or institutional secrets.
2．Authors must submit via the CICC submission system (http://tg.c2.org.cn), select the conference, register, and upload a Confidentiality Review Certificate (sealed, scanned, in image or PDF format).
3．Papers may be full papers, short papers, or extended abstracts, in either Chinese or English. Published journal papers not previously presented at academic conferences may be submitted with an extended abstract (~1000 words) and the published full text attached.
4．Abstracts must include both Chinese and English versions (objectives, methods, results, conclusions). Length limits: less than 1000 Chinese characters, less than 1000 English words.
5．Manuscripts will not be returned, regardless of acceptance. Authors should retain copies of their work.
3. Conference Venue
Shahe Vision Hotel (Changping District, Beijing)
4. Important Dates
Submission Deadline: September 30, 2025
4. Fees
The registration fee for this conference is RMB 2,200 per person for members of the Chinese Institute of Command and Control, RMB 2,000 per person for non-members, and RMB 800 per person for students.
Payment Information:
Bank Remittance Account Name: Chinese Institute of Command and Control
Address: 10th Floor, Building 1 (Science and Technology), Yard 10, Chedaogou, Zizhuyuan Road, Haidian District, Beijing
Tel: 010-68964096
Unified Social Credit Code: 100000717834862X
Bank: Bank of Beijing, Zizhuyuan Sub-branch
Bank Account Number: 2000 00211527 00024160865
Attachment 1：
Paper-Format-Requirements.docx
Attachment 2：
Secrecy-Review-Certificate.docx
Chinese Institute of Command and Control
2025.08.25