About RAIIE 2027
As key drivers of the latest wave of technological revolution and industrial transformation, robotics, artificial intelligence, and information engineering are rapidly converging and advancing together, continuously driving breakthroughs in cutting-edge areas such as embodied intelligence, digital twins, and intelligent decision-making. At present, these technologies have gradually been applied in many fields, including intelligent manufacturing, smart cities, aerospace, and transportation, becoming an important force supporting industrial upgrading and social governance.
To promote academic exchange, technological innovation, and collaboration among industry, academia, and research in related fields, the 6th International Conference on Robotics, Artificial Intelligence and Information Engineering (RAIIE 2027) will be held on May 14–16, 2027 in Tianjin, China. The conference will focus on topics such as robotics, artificial intelligence, information engineering, and their interdisciplinary applications. Experts, scholars, researchers, and industry representatives from China and abroad will be invited to attend, share the latest research findings, exchange progress in frontier technologies, and discuss future development trends.
RAIIE 2027 is committed to building a high-level, international academic platform for exchange, promoting the deep integration of basic research and engineering applications, and advancing disciplinary development, talent cultivation, and the transformation of scientific and technological achievements. The conference welcomes active participation from researchers in universities, research institutes, and enterprises, working together to drive continued innovation and development in robotics, artificial intelligence, and information engineering.
Important Dates
Full Paper
Submission Date
March
1
2027
Final Paper
Submission Date
April
15
2027
Registration
Deadline
April
30
2027
Conference
Dates
May
14-16
2027
Countdown to the Conference:
The topics of interest for submission include, but are not limited to:
📚︎Intelligent Robots and Autonomous Systems
Robot perception, computer vision, object recognition, and tracking
Learning, decision-making, and autonomous control for robots
Path planning, motion analysis, collision avoidance, and risk awareness
Human–robot collaboration and natural human–robot interaction
Soft robotics, dexterous manipulation, multifunctional hands, and soft grasping
UAVs, autonomous vehicles, and mobile robots
Robot dynamics, attitude control, stability, and adaptive control
AI-enabled diagnosis, prediction, and optimization for robotic systems
📚︎Networked Robotics and Intelligent Sensing
Robotic sensors, actuators, and multimodal information fusion
Robot navigation, localization, remote sensing, and environmental perception
IoT, edge computing, and cloud–robot collaboration
5G/6G, wireless communications, and networked control systems
Radar, satellite navigation, GPS/GIS, and unmanned systems
Data acquisition, transmission, processing, and real-time control for robots
Communication, security, privacy, and reliability in networked robotics
Digital twins and virtual simulation for robotics and automation
📚︎Intelligent Information Processing and Human–Machine Systems
Machine learning, deep learning, neural networks, and complex systems
Natural language processing, speech recognition, and multimodal interaction
Image, video, and signal processing; pattern recognition
Information retrieval, data mining, knowledge representation, and information fusion
Intelligent algorithms, fuzzy logic, reinforcement learning, and swarm intelligence
Trustworthiness, explainability, safety, and privacy in AI systems
Intelligent communications, cloud computing, big data, and edge intelligence
Generative AI for human–machine collaboration and intelligent systems
📚︎Human-Centered Intelligent Systems and Cooperative Control
Modeling, analysis, and design of human–machine–environment systems
Human–robot decision-making, shared control, and adaptive automation
Intelligent control, networked control, and multi-agent systems
Human-in-the-loop learning, control, and optimization
Condition monitoring, fault diagnosis, early warning, and recovery
Smart manufacturing, industrial IoT, and autonomous production systems
Smart healthcare, assistive robotics, and human-centered health systems
Intelligent transportation, autonomous driving, and safety assurance
Resilience, safety, reliability, and risk management of autonomous systems
System integration, testing, and validation in real-world applications
📚︎Systems Science, Engineering, and Control Applications
Systems modeling, systems engineering, and complex systems analysis
Process control, operation monitoring, regulation, and optimization
Data-driven prediction, decision-making, and control
Performance evaluation, verification, and standardization of intelligent systems
Intelligent systems for industrial, healthcare, societal, and public-service applications
Publication
All accepted full papers will be published in the conference proceedings and will be submitted to EI Compendex / Scopus for indexing.
RAIIE 2026 /EI Compendex/Scopus
RAIIE 2025/EI Compendex/Scopus
RAIIE 2024 /EI Compendex/Scopus
Note: All submitted articles should report original research results, experimental or theoretical, not previously published or under consideration for publication elsewhere. Articles submitted to the conference should meet these criteria. We firmly believe that ethical conduct is the most essential virtue of academics. Hence, any act of plagiarism or other misconduct is totally unacceptable and cannot be tolerated.
Organizer
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Contact
Conference Secretary: Miss. Pan
Tel: +86-18922107265 (Wechat)
E-Mail: ISRAIIE@163.com
If you have any questions or inquiries, please feel free to contact us.