徐安

期刊论文

1. Shijie Deng, Yingxin Kou, Xu An, Zhanwu LI, Liang Ma, Weishuo Lin (2025). Multi-Agent Cooperative Maneuvering Defense Training Environment Against Active Radar Homing Seekers. IEEE International Conference on Unmanned Systems (ICUS).DOI
2. 徐安，高志彬（2024）. 半主动悬架参数优化的遗传算法设计. 《内燃机与配件》.
3. 徐安（2024）. 刚度阻尼可调式半主动悬架控制策略研究. 《青岛理工大学》.
4. Yingxin Kou, Shijie Deng, Xu An, Zhanwu Li, Fei Zhang, Mengai Wang (2024). An Environmental Model Learning Method Based on Improved Attention Mechanism. IEEE International Conference on Unmanned Systems (ICUS).DOI
5. 李战武，彭明毓，高春庆，杨爱武，徐安，方诚喆（2023）. 基于SABA优化的Volterra级数空战目标机动轨迹预测. 《北京航空航天大学学报》.
6. Xu An, Deng Shi-jie, Zhenqi Sun, Yun-Hao Guo (2023). Modeling and calculation of attack area for multiaircraft cooperative guidance1. International Conference on Cyber-Physical Social Intelligence (ICCSI).DOI
7. Yingxin Kou, Shijie Deng, Zhanwu Li, Xu An, Yue Lv, Zhifei Xi, Yuan Cao, Shuai Zhang, Fei Zhang (2023). Collaborative Air Warfare Game Environment for Multi-Agent in 3D Space. IEEE International Conference on Unmanned Systems (ICUS).DOI
8. Yuan Cao, Yingxin Kou, Zhanwu Li, Xu An (2023). Autonomous Maneuver Decision of UCAV Air Combat Based on Double Deep Q Network Algorithm and Stochastic Game Theory. International Journal of Aerospace Engineering.DOI
9. Zhifei Xi, Yingxin Kou, Li Zhan-wu, Lv Yue, Xu An, You Li, Li Shuang-qing (2022). Air combat target maneuver trajectory prediction based on robust regularized Volterra series and adaptive ensemble online transfer learning. Defence Technology.DOI
10. Xi Zhifei, Xu An, Kou Yingxin, Li Zhanwu, Yang Aiwu (2021). Target maneuver trajectory prediction based on RBF neural network optimized by hybrid algorithm. Journal Of Systems Engineering And Electronics, Vol. 32, No. 2.DOI
11. 寇英信，奚之飞，徐安，李战武，杨爱武（2021）. 基于改进核极限学习机和集成学习理论的目标机动轨迹预测. 《国防科技大学学报》.
12. Yuan Cao, Yingxin Kou, Xu An, Zhifei Xi (2021). Target Threat Assessment in Air Combat Based on Improved Glowworm Swarm Optimization and ELM Neural Network. International Journal of Aerospace Engineering.DOI
13. 奚之飞，徐安，寇英信，李战武，杨爱武（2020）. 基于前景理论的空战目标威胁评估. 《兵工学报》.
14. Zhifei Xi, Xu An, Yingxin Kou, Zhanwu Li, Ai-wu Yang (2020). Air Combat Maneuver Trajectory Prediction Model of Target Based on Chaotic Theory and IGA-VNN. Mathematical Problems in Engineering.DOI
15. Zhi-Fei Xi, An Xu, Ying-Xin Kou, Zhan-Wu Li, Ai-Wu Yang（2020）. 基于PCA-MPSO-ELM的空战目标威胁评估.DOI
16. Chunqing Gao, Ying-Xin Kou, You Li, Zhan-Wu Li, An Xu (2019). Multi-Objective Weapon Target Assignment Based on D-NSGA-III-A. IEEE Access.DOI
17. An Xu, De-Yun Zhou, You Li, Chunqing Gao (2019). Trajectory Optimization of Two Cooperative Aircrafts Based on RHC. Chinese Control and Decision Conference.DOI
18. Li Zhanwu, Chang Yizhe, Kou Yingxin, Yang Haiyan, Xu An, Li You (2018). Approach to WTA in air combat using IAFSA-IHS algorithm. Journal Of Systems Engineering And Electronics, Vol. 290, No. 30.DOI
19. Lei Chen, Ying-Xin Kou, Zhan-Wu Li, An Xu, Cheng Wu (2018). Empirical research on complex networks modeling of combat SoS based on data from real war-game, Part I: Statistical characteristics.DOI
20. An Xu, De-Yun Zhou, Ying-Xin Kou, Zhan-Wu Li, You Li (2018). Trajectory Optimization of Aircraft Tactical Engagement Based on Model Prediction Control. International Conference on Robots & Intelligent System.DOI
21. You Li, Ying-Xin Kou, Zhan-Wu Li, An Xu, Yi-Zhe Chang (2017). A Modified Pareto Ant Colony Optimization Approach to Solve Biobjective Weapon-Target Assignment Problem.DOI
22. Yi-Zhe Chang, Zhan-Wu Li, Ying-Xin Kou, An Xu, Hai-Yan Yang (2016). Method for formation selection in air combat under uncertain information condition.
23. Tong Chen, Ying-Xin Kou, Zhan-Wu Li, An Xu（2016）. 環境の下での戦闘機の安定性制御のシミュレーション研究を研究した。【JST・京大機械翻訳】.
24. Xi-Qian Hou, Ying-Xin Kou, Zhan-Wu Li, An Xu, Ya-Wei Ge, Tong Chen（2016）. 区間直観論理ファジィ集合に基づく空中戦訓練のヒット率決定【JST・京大機械翻訳】.
25. 徐安，乔向明，赵长利，刘圣田，张恒海（2015）. 车辆维护与修理的最优混合决策. 《重庆交通大学学报(自然科学版)》.
26. 侯西倩，寇英信，李战武，徐安，康志强（2015）. 高斯和估计Kalman滤波在多平台空战对抗评估数据预处理中的应用. 《空军工程大学学报》.
27. 赵雨，张斌，隋永华，徐安（2015）. 带容许偏差的战斗机近似最优接敌策略. 《空军工程大学学报》.
28. Ruan Chengwei, Yu Lei, Zhongliang Zhou, Xu An (2015). Trajectory Optimization for Cooperative Air Combat Engagement Based on Receding Horizon Control. Lecture notes in computer science.DOI
29. Xu An (2013). Optimal Evasion Trajectory of an Uncertain Guided Air Combat Missile Based on Receding Horizon Control. Command Control & Simulation.
30. An Xu (2013). Tactical Decision-Making Method Based on Receding Horizon Control for Air Combat.
31. Xu An (2012). Target Acquisition Probability in Midcourse and Terminal Guidance Handing-off for Cooperative Guidance of Missile. Journal of Ballistics.
32. Xu An (2012). Electronic jamming power assignment method in cooperative air combat of mixed formation. Systems engineering and electronics.
33. Xu An, Kou Yingxin, Yu Lei, Baowei Xu, Yue Lv (2011). Engagement maneuvering strategy of air combat based on fuzzy markov game theory. IEEE International Conference on Computing, Control and Industrial Engineering.DOI
34. 孙亮，徐安，曲大鹏，张涛，杨洋（2010）. 三维纯方位目标跟踪的可观测性需求分析. 《空军工程大学学报》.
35. 徐安，乔向明（2009）. 公路客运安全分析与车辆制动性能建模. 《交通运输工程学报》.
36. 徐安，乔向明（2008）. 有效性目标下的车辆最优维护周期. 《交通运输工程学报》.
37. 徐安，乔向明（2007）. 乘用车未燃碳氢化合物排放规律解析. 《山东汽车工程学会第九次学术年会优秀论文集》.
38. 徐安，乔向明，刘圣田（2004）. 汽车自动变速器锁止离合器控制策略. 《汽车工程》.
39. 徐安，乔向明，赵长利，顾建强（2002）. 轿车制动性能统计分析与改进措施. 《汽车工程》.
40. 徐安（2001）. 自动变速器行星齿轮机构及其传动比简便算法. 《汽车工程学报》.
41. 徐安（2001）. 自动变速器换档的电子控制. 《汽车工程学报》.
42. 徐安，乔向明（2001）. 车辆维护周期多目标优化研究. 《汽车工程》.
43. 徐安（2000）. 轿车前后轴制动力平衡分布研究. 《汽车工程》.
44. 徐安，刘圣田，梁恩忠（1999）. 轿车怠速排放规律及其建模. 《中国公路学报》.
45. 徐安（1999）. 基于计划预防的汽车最优维护周期数模研究. 《汽车工程学报》.
46. 徐安，万征（1999）. 汽车运用技术专业课程体系改革与人才培养计划优化. 《高教发展与评估》, No. 1.下载原文
47. 乔向明，徐安（1998）. 车用汽油机HC排放分布规律研究. 《内燃机工程》.
48. 徐安，乔向明，梁恩忠，吕振华（1997）. EQ1090型货车使用可靠性与技术经济指标变化规律研究. 《汽车工程》.
49. 徐安（1997）. 汽车零部件变形机理及其影响分析. 《汽车工程学报》.
50. 徐安，宋高升（1997）. 一种交流传动车辆的转矩控制器研究. 《铁道学报》.
51. 徐安，吕振华（1995）. 汽车更新理论及更新函数的研究. 《汽车工程》.
52. 徐安（1995）. 汽车零件的摩擦机理研究. 《汽车工程学报》.
53. 徐安（1994）. 论汽车零件的磨损失效及其对策. 《汽车工程学报》.
54. 徐安（1993）. 论国内外汽车维护制度的改革. 《汽车工程》.
55. 徐安，梁恩忠，杨万凯（1993）. 载货汽车最优二级维护周期的研究. 《中国公路学报》.

预印本

1. shi jie deng, Yingxin Kou, zhanwu li, Xu An (2024). Sequential Prediction-Based Learning of Aircraft Maneuvering Environment Models. SSRN Electronic Journal.DOI