Jingping Shi

Fixed-Time Incremental Fault-Tolerant Control for Aircraft with Control Surface Failures

Yan‐Ni Jiao, Jingping Shi, Shan Huang, Fuxiang Qiao

Control surface failures in aircraft pose a severe threat to flight safety, demanding high-performance fault-tolerant control. While incremental nonlinear dynamic inversion control exhibit robustness, they rely on state derivatives that are difficult to obtain accurately and have uncertain convergence times, failing to …

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Singularity-free predefined-time fault-tolerant attitude control of aircraft subject to actuator faults

Shan Huang, Jingping Shi, Yan‐Ni Jiao, Yongxi Lyu et autres

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Dual‐Aircraft Cooperative Occupying Method for Beyond‐Visual‐Range Engagement Based on Radar Blind Zone Analysis and Bézier Trajectory Optimization

Zhigang Wang, Huajun Gong, Denghui Zhang, Jingping Shi

Unmanned autonomous air combat, characterized by advantages such as zero casualties, low cost, and high maneuverability, represents the primary direction for future air combat development. The key to achieving victory in beyond‐visual‐range autonomous air combat lies in the drone′s ability to accurately …

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Predefined-time fault-tolerant control of a fixed-wing aircraft with asymmetric damage

Shan Huang, Jingping Shi, Yan‐Ni Jiao, Gang Li et autres

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Multiple UAVs cooperatively circumnavigating a group of non-cooperative targets in a GPS-free environment via a range-only distributed controller

Shan Huang, Jingping Shi, Qi Zhu, Zhihui Du et autres

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Simulation and Control of Aircraft High Angle of Attack Stall Spin Based on Bifurcation Analysis Results

Zhouhang Wei, Jingping Shi, Yongxi Lyu, Shan Huang

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Robust Close Formation Flight Control Based on Vector Fields

Ruiping Zheng, Qi Zhu, Yongxi Lyu, Jingping Shi

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VTOL Aircraft Angular Rate Control Based on Adaptive Filtering

Qi Zhu, Yongxi Lyu, Shan Huang, Jingping Shi et autres

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A Decision-Making Model with Cloud Model, Z-Numbers, and Interval-Valued Linguistic Neutrosophic Sets

Huakun Chen, Jingping Shi, Yongxi Lyu, Qianlei Jia

Interval-valued linguistic neutrosophic sets (IVLNSs), Z-numbers, and the trapezium cloud model are powerful tools for expressing uncertainty and randomness. This paper aims to combine these methodologies. First, we review relevant concepts and operators, introducing a novel combination of IVLNSs and Z-numbers, which …

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Robust Support Vector Data Description with Truncated Loss Function for Outliers Depression

Huakun Chen, Yongxi Lyu, Jingping Shi, Weiguo Zhang

Support vector data description (SVDD) is widely regarded as an effective technique for addressing anomaly detection problems. However, its performance can significantly deteriorate when the training data are affected by outliers or mislabeled observations. This study introduces a universal truncated loss function …

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UAV Fast Standoff Tracking of a Moving Target Based on a Composite Guidance Law

Shan Huang, Yongxi Lyu, Qi Zhu, Lei Su et autres

This paper proposes a composite guidance method for an unmanned aerial vehicle (UAV) to approach and circle over a moving target rapidly. Firstly, a novel guidance algorithm based on range and range rate is proposed for standoff tracking a fixed target, and …

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Extended State Observer-Based Sliding-Mode Control for Aircraft in Tight Formation Considering Wake Vortices and Uncertainty

Ruiping Zheng, Qi Zhu, Shan Huang, Zhihui Du et autres

The tight formation of unmanned aerial vehicles (UAVs) provides numerous advantages in practical applications, increasing not only their range but also their efficiency during missions. However, the wingman aerodynamics are affected by the tail vortices generated by the leading aircraft in a …

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