The 5th International Conference on Computer, Internet of Things and Control Engineering 

The 5th International Conference on Computer, Internet of Things and Control Engineering (CITCE 2025) has successfully concluded. The conference brought together experts, scholars, and industry leaders from around the world to engage in in-depth discussions and exchanges on the latest research achievements and cutting-edge advancements in computer science, IoT technologies, and control engineering, further driving development and innovation in these fields.

The keynote presentations at CITCE 2025 showcased a diverse range of cutting-edge research and innovative applications across computer science, Internet of Things, and control engineering. Distinguished speakers shared their latest findings on topics such as intelligent IoT systems, advanced control algorithms, cybersecurity in connected devices, and emerging trends in network architecture. These insightful reports not only highlighted technological breakthroughs but also emphasized practical solutions to real-world challenges, inspiring attendees to explore new directions for future research and collaboration.

Keynote Speech 1

•Professor Jin He 

•Peking University, China 

•Speech Title:The Chip recent progress and near future development at  the  new age of Big-data combining with AI and Chip

Keynote Speech 2

•Professor Shancheng Zhao 

•Jinan University, China 

•Speech Title:Tail-Biting Convolutional Codes for URLLC

Keynote Speech 3

•Professor Hongliang Dai 

•Guangzhou University, China 

•Speech Title:Robust Machine Learning for Industrial Intelligence: From Adaptive Clustering to Generative Fault Diagnosis

CITCE 2025 has provided an excellent platform for academic exchange and fostered interdisciplinary collaboration and idea sharing. We extend our gratitude to all speakers, committee members, and participants for their valuable contributions and support. We look forward to continuing our cooperation in future conferences to jointly advance technological progress and practical applications in computer science, IoT, and control engineering, paving the way toward a smarter and more connected future.