Scopes
(including but not limited to):
Topic 1: Aircraft Control
Aircraft dynamics modeling and parameter identification, flight control law design and validation, nonlinear flight control methods, adaptive and robust flight control, intelligent flight control (neural network/fuzzy control, etc.), fault-tolerant control and reconstruction control technology, autonomous control and decision-making of aircraft, multi aircraft collaborative control and formation flight, gust mitigation and load control of aircraft, hypersonic aircraft control technology, unmanned aerial vehicle flight control system design, spacecraft attitude and orbit control, flight control computer and actuation system, human in the loop flight control and human-machine interaction, semi physical simulation and validation of flight control system;
Topic 2: Navigation
Inertial navigation system technology and error compensation, satellite navigation (GPS/Beidou/Galileo/GLONASS) applications, integrated navigation (inertial/satellite/astronomical/visual) technology, visual navigation and simultaneous positioning and map construction, terrain assisted navigation and geomagnetic matching navigation, radio navigation (TACAN/VOL/instrument landing) technology, astronomical navigation and star sensor technology, navigation system integrity monitoring and fault tolerance, micro navigation and micro inertial measurement units, quantum navigation and new navigation technology, biomimetic navigation and multi-source information fusion, aircraft formation relative navigation technology, high dynamic environment navigation signal processing, navigation system calibration and alignment technology, navigation applications in flight management systems;
Topic 3: Guidance Technology
Aircraft guidance law design and optimization, proportional guidance and variable structure guidance, terminal guidance and intermediate guidance technology, multi constraint guidance (angle/time/energy), collaborative guidance and saturation attack, integrated guidance system design, active/semi-active/passive guidance technology, infrared/radar/laser/composite guidance, guidance system anti-interference and countermeasure technology, integrated guidance and control design, missile and precision guided weapon technology, guidance system accuracy analysis and evaluation, guidance loop modeling and simulation, guidance system hardware in the loop testing, intelligent guidance and artificial intelligence applications, guidance system fault diagnosis and reconstruction.
Topic 1: Aircraft Control
Aircraft dynamics modeling and parameter identification, flight control law design and validation, nonlinear flight control methods, adaptive and robust flight control, intelligent flight control (neural network/fuzzy control, etc.), fault-tolerant control and reconstruction control technology, autonomous control and decision-making of aircraft, multi aircraft collaborative control and formation flight, gust mitigation and load control of aircraft, hypersonic aircraft control technology, unmanned aerial vehicle flight control system design, spacecraft attitude and orbit control, flight control computer and actuation system, human in the loop flight control and human-machine interaction, semi physical simulation and validation of flight control system;
Topic 2: Navigation
Inertial navigation system technology and error compensation, satellite navigation (GPS/Beidou/Galileo/GLONASS) applications, integrated navigation (inertial/satellite/astronomical/visual) technology, visual navigation and simultaneous positioning and map construction, terrain assisted navigation and geomagnetic matching navigation, radio navigation (TACAN/VOL/instrument landing) technology, astronomical navigation and star sensor technology, navigation system integrity monitoring and fault tolerance, micro navigation and micro inertial measurement units, quantum navigation and new navigation technology, biomimetic navigation and multi-source information fusion, aircraft formation relative navigation technology, high dynamic environment navigation signal processing, navigation system calibration and alignment technology, navigation applications in flight management systems;
Topic 3: Guidance Technology
Aircraft guidance law design and optimization, proportional guidance and variable structure guidance, terminal guidance and intermediate guidance technology, multi constraint guidance (angle/time/energy), collaborative guidance and saturation attack, integrated guidance system design, active/semi-active/passive guidance technology, infrared/radar/laser/composite guidance, guidance system anti-interference and countermeasure technology, integrated guidance and control design, missile and precision guided weapon technology, guidance system accuracy analysis and evaluation, guidance loop modeling and simulation, guidance system hardware in the loop testing, intelligent guidance and artificial intelligence applications, guidance system fault diagnosis and reconstruction.
Important Dates | 重要日期
- Submission Deadline: June 20, 2026
- Registration Deadline: June 25, 2026
- Conference Date: July 11, 2026
- Notification Date: About a week after the submission
Submission Portal | 投稿方式
Mail Address: confsinfo_paper@126.com
If you have any question or need any assistance regarding the conference, please feel free to contact our conference specialists:
江老师
17162867270
3896770362
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