Shunkun Yang

Title: Shunkun Yang: Innovator in Aircraft Signal Processing

Introduction

Shunkun Yang is a prominent inventor based in Beijing, China, known for his contributions to aircraft signal processing and optimization methods. With a total of six patents to his name, Yang has made significant strides in the field of aviation technology.

Latest Patents

One of Yang's latest patents is a "Multi-modal multi-objective testing data generation method based on topology adaptive resonance theory." This innovative method addresses the challenges faced by test aircraft under various external disturbances or system faults. It utilizes optimization algorithms to generate testing data, allowing for the evaluation of aircraft states under different conditions. This approach is particularly relevant for black box optimization problems, which are categorized as multi-modal multi-objective optimization challenges.

Another notable patent is the "Multi-classification and prediction method for electrical signal of aircraft small sample based on naive Bayes." This method focuses on non-intrusive identification and detection of electrical signals using a naive Bayes model. By building a training sample from historical and real-time aircraft signals, Yang's method classifies signals and predicts future statuses through a time series prediction approach.

Career Highlights

Shunkun Yang has had a distinguished career, working at Beihang University, where he has contributed to research and development in aviation technology. His expertise in signal processing and optimization has positioned him as a key figure in the field.

Collaborations

Throughout his career, Yang has collaborated with notable colleagues, including Xiaodong Gou and Tingting Huang. These partnerships have further enhanced his research and innovation efforts.

Conclusion

Shunkun Yang's work in aircraft signal processing and optimization methods has made a significant impact on aviation technology. His innovative patents reflect his dedication to advancing the field and improving aircraft safety and performance.