Scopes
(The following topics include but are not limited to)
Track 1: Autonomous Control and Intelligent Systems
Autonomous flight control and decision-making system for aircraft
Adaptive control, robust control and nonlinear control
Multi-agent cooperative control and swarm intelligence
Intelligent decision-making and task planning theory
Model predictive control and optimization methods
Data-driven control and learning-based adaptive systems
Fault detection, diagnosis and fault-tolerant reconfiguration control
Robust control in uncertain environments
Human-machine autonomous collaboration and shared control
Control system verification, confirmation and safety assessment
Nonlinear and hybrid dynamic system control
Track 2: Navigation, Guidance and Control Technology
Integrated navigation, guidance and control technology
Inertial navigation/Satellite navigation/GNSS enhancement and multi-source data fusion navigation
Autonomous navigation algorithms and visual navigation technology
Integrated navigation and precise timing technology
High-precision navigation error compensation and filtering methods
Autonomous flight guidance and trajectory optimization for aircraft
Aircraft flight dynamics and attitude control
Nonlinear system control, robust and adaptive control
State estimation, fault detection and fault-tolerant control
Intelligent control algorithms and model predictive control
Navigation for deep space probes and spacecraft formation control
Indoor/underground/extreme environment navigation technology
Track 3: Intelligent Sensing and Frontiers of Interdisciplinary Research
Multimodal information fusion and collaborative sensing technology
Application of deep learning and AI in target detection, recognition and tracking
Situation awareness understanding and spatiotemporal data analysis
Intelligent environment perception and scene understanding of unmanned systems
Group intelligent agent cooperative perception and decision-making
Multi-sensor data fusion and state estimation
Data-driven fault diagnosis and attack detection
Embodied intelligence and perception-decision-control closed-loop system
Brain-computer fusion and hybrid intelligence technology
Integrated communication, navigation and sensing technology
Digital twin-driven system simulation and operation maintenance
......
Track 1: Autonomous Control and Intelligent Systems
Autonomous flight control and decision-making system for aircraft
Adaptive control, robust control and nonlinear control
Multi-agent cooperative control and swarm intelligence
Intelligent decision-making and task planning theory
Model predictive control and optimization methods
Data-driven control and learning-based adaptive systems
Fault detection, diagnosis and fault-tolerant reconfiguration control
Robust control in uncertain environments
Human-machine autonomous collaboration and shared control
Control system verification, confirmation and safety assessment
Nonlinear and hybrid dynamic system control
Track 2: Navigation, Guidance and Control Technology
Integrated navigation, guidance and control technology
Inertial navigation/Satellite navigation/GNSS enhancement and multi-source data fusion navigation
Autonomous navigation algorithms and visual navigation technology
Integrated navigation and precise timing technology
High-precision navigation error compensation and filtering methods
Autonomous flight guidance and trajectory optimization for aircraft
Aircraft flight dynamics and attitude control
Nonlinear system control, robust and adaptive control
State estimation, fault detection and fault-tolerant control
Intelligent control algorithms and model predictive control
Navigation for deep space probes and spacecraft formation control
Indoor/underground/extreme environment navigation technology
Track 3: Intelligent Sensing and Frontiers of Interdisciplinary Research
Multimodal information fusion and collaborative sensing technology
Application of deep learning and AI in target detection, recognition and tracking
Situation awareness understanding and spatiotemporal data analysis
Intelligent environment perception and scene understanding of unmanned systems
Group intelligent agent cooperative perception and decision-making
Multi-sensor data fusion and state estimation
Data-driven fault diagnosis and attack detection
Embodied intelligence and perception-decision-control closed-loop system
Brain-computer fusion and hybrid intelligence technology
Integrated communication, navigation and sensing technology
Digital twin-driven system simulation and operation maintenance
......
Important Dates/重要日期
- Submission Deadline: 2026.9.21
- Registration Deadline: 2026.9.28
- Conference Date: 2026.10.6
- Notification Date: About a week after the submission
Submission Portal/投稿方式
Mail Address: icser_eiconfs@163.com
If you have any question or need any assistance regarding the conference, please feel free to contact our conference specialists:
蒋老师
+86-15680824672(微信同号)
3761629232
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+86---(微信同号)
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