［1］ENDSLEYM R.Toward a theory of situation awareness in dynamic systems［J］.Human Factors，1995，37(1):32-64.
［2］ENDSLEYM R.Design and evaluation for situation awareness enhancement［C］∥Proceedings of the Human Factors Society Annual Meeting. Santa Monica,CA, US: SAGE, 1988, 32(2): 97-101.
［3］SALOMONP M，WALKER G H，STANTON N A. Pilot error versus sociotechnical systems failure: a distributed situation awareness analysis of Air France 447［J］. Theoretical Issues in Ergonomics Science，2016，17(1):64-79.
［4］NGUYEN T，LIM C P，NGUYEN N D，et al. A review of situation awareness assessment approaches in aviation environments［J］.IEEE Systems Journal，2019，13(3):3590-3603.
［5］马鹏杰，吴松涛.基于模糊TOPSIS的陆军合成营战场态势感知效能评估［J］.火力与指挥控制，2020，45(7):132-135，142.
MA P J，WU S T. Battlefield situation awareness effectiveness evaluation of army synthetic battalion based on fuzzy TOPSIS［J］.Firepower and Command and Control，2020，45(7):132-135，142.(in Chinese)
［6］KOSKO B. Fuzzy cognitive maps［J］.International Journal of Man-Machine Studies，1986，24(1):65-75.
［7］ADAMASJ A.Unmanned vehicle situation awareness: a path forward［C］∥Proceedings of Human Systems Integration Symposium. Nashville，TN，US: Vanderbilt University，2007.
［8］JONES R E T，CONNORS E S，MOSSEY M E，et al.Using fuzzy cognitive mapping techniques to model situation awareness for army infantry platoon leaders［J］.Computational and Mathematical Organization Theory，2011，17(3): 272-295.
［9］JIANG G H，TIAN Z Q，JIANG T.Using fuzzy cognitive maps to analyze the information processing model of situation awareness［C］∥ Proceedings ofthe 2014 6th International Conference on Intelligent Human-Machine Systems and Cybernetics.Hangzhou，China:IEEE，2014: 245-248.
［10］陈军，张新伟，高晓光，等.有人/无人机混合编队有限干预式协同决策［J］.航空学报，2015，36(11):3652-3665.
CHEN J，ZHANG X W，GAO X G，et al.Limited intervention cooperative decision making for manned/UAV hybrid formation［J］.Acta Aeronautica Sinica，2015，36(11):3652-3665.(in Chinese)
［11］ZHAOZ，NIU Y F.Situation-driven fuzzy cognitive maps applied in air-to-ground target attack［C］∥Proceedings of the 2017 29th Chinese Control and Decision Conference.Chongqing，China:IEEE，2017:6384-6389.
［12］陈军，徐嘉，高晓光.基于ABFCM模型框架的UCAV自主攻击决策［J］.系统工程与电子技术，2017，39(3)：549-556.
CHEN J，XU J，GAO X G.UCAV autonomous attack decision based on ABFCM model framework［J］.Systems Engineering and Electronic Technology，2017，39(3)：549-556.(in Chinese)
［13］ZHAO Z，NIU Y F，SHEN L C.Adaptive level of autonomy for human-UAVs collaborative surveillance using situated fuzzy cognitive maps［J］. Chinese Journal of Aeronauticsm, 2020，33(11): 2835-2850.
［14］DONGJ，WU G W，YANG T T，et al.Battlefield situation awareness and networking based on agent distributed computing［J］.Physical Communication，2019，33:178-186.
［15］许凯，曾云秀，武万森，等.面向计算机生成兵力的意图识别行为建模框架［J］.系统仿真学报，2021，33(10):2344-2355.
XU K，ZENG Y X，WU W S，et al. Research on CGF-oriented intention recognition behavioral modeling framework［J］.Journal of System Simulation，2021，33(10):2344-2355.(in Chinese)
［16］杨爱武，李战武，徐安，等.基于加权动态云贝叶斯网络空战目标威胁评估［J］.飞行力学，2020，38(4):87-94.
YANG A W，LI Z W，XU A，et al.Target threat assessment based on weighted dynamic cloud Bayes network［J］.Flight Mechanics，2020，38(4):87-94.(in Chinese)
［17］林傲，金庭，王志锐.基于DBN的预警机战场威胁评估模型研究［J］.空军预警学院学报，2019，33(5):358-361.
LIN A，JIN T，WANG Z R.Research on battlefield threat assessment model of early warning aircraft based on DBN ［J］.Journal of Air Force Early Warning Academy，2019，33(5):358-361. (in Chinese)
［18］张银燕，李弼程，崔家玮.基于云贝叶斯网络的目标威胁评估方法［J］.计算机科学，2013，40(10):127-131.
ZHANG Y Y，LI B C，CUI J W. Method of target threat assessment based oncloudy Bayesian network［J］.Computer Science，2013，40(10):127-131.(in Chinese)
［19］杨远志，王红卫，索中英，等.基于粗糙集-逼近理想解排序的辐射源威胁排序方法［J］.兵工学报，2016，37(5):945-952.
YANG Y Z，WANG H W，SUO Z Y，et al.Emitter threat ranking method based on rough set and approximate ideal solution［J］.Acta Armamentarii，2016，37(5):945-952.(in Chinese)
［20］奚之飞，徐安，寇英信，等.基于前景理论的空战目标威胁评估［J］.兵工学报，2020，41(6):1236-1248.
XI Z F，XU A，KOU Y X，et al.Air combat target threat assessment based on prospect theory［J］.Acta Armamentarii，2020，41(6): 1236-1248.(in Chinese)
［21］胡涛，王栋，孙曜，等.基于改进CRITIC-LRA和灰色逼近理想解排序法的空战威胁评估［J］.兵工学报，2020，41(12):2561-2569.
HU T，WANG D，SUN Y，et al.Air combat threat assessment of improved CRITIC-LRA and grey TOPSIS［J］.Acta Armamentarii，2020，41(12): 2561-2569.(in Chinese)
［22］马鹏杰，吴松涛.基于模糊TOPSIS的陆军合成营战场态势感知效能评估［J］.火力与指挥控制，2020，45(7):132-135，142.
MA P J，WU S T.Battlefield situation awareness effectiveness evaluation of army synthetic battalion based on fuzzy TOPSIS［J］.Fire Control and CommandControl，2020，45(7):132-135,142.(in Chinese)
［23］郭圣明，贺筱媛，吴琳，等.基于强制稀疏自编码神经网络的作战态势评估方法研究［J］.系统仿真学报，2018，30(3):772- 784,800.
GUO S M，HE X Y，WU L，et al.Research on operational situation assessment method based on forced sparse self coding neural network［J］.Journal of System Simulation，2018，30(3):772-784,800.(in Chinese)
［24］ZHAO J，GUO Q，TENG L，et al. Application of deep neural Network in air target threat assessment［C］∥Proceedings of the 2019 IEEE 3rd Information Technology，Networking，Electronic and Automation Control Conference.Chengdu，China: IEEE，2019:1633-1637.
［25］徐公国，段修生.基于改进Elman神经网络的目标威胁度预测评估［J］.探测与控制学报，2017，39(3):101-106.
XU G G，DUAN X S.Target threat prediction and evaluation based on improved Elman neural network［J］.Journal of Detection and Control，2017，39(3):101-106.(in Chinese)
［26］王海旺，史红权，李晓丹.基于直觉模糊集和贝叶斯推理的意图识别方法［J］.舰船电子工程，2019，39(6):42-45.
WANG H W，SHI H Q，LI X D.Intention recognition method based on intuitionistic fuzzy sets and Bayesian reasoning［J］.Naval Electronic Engineering，2019，39(6):42-45.(in Chinese)
［27］葛顺，夏学知.用于战术意图识别的动态序列贝叶斯网络［J］.系统工程与电子技术，2014，36(1):76-83.
GE S，XIA X Z.Dynamic sequential Bayesian network for tactical intention recognition［J］.Systems Engineering and Electronic Technology，2014，36(1):76-83.(in Chinese)
［28］周旺旺，姚佩阳，张杰勇，等.基于深度神经网络的空中目标作战意图识别［J］.航空学报，2018，39(11):200-208.
ZHOU W W，YAO P Y，ZHANG J Y，et al.Air target combat intention recognition based on deep neural network ［J］.Acta Aeronautica Sinica，2018，39(11):200-208.(in Chinese)
［29］滕飞，刘曙，宋亚飞.BiLSTM-Attention：一种空中目标战术意图识别模型［J］.航空兵器，2021，28(5):24-32.
TENG F，LIU S，SONG Y F.BiLSTM-Attention: an air target tactical intention recognition model［J］.Aviation Weaponry，2021，28(5):24-32.(in Chinese)
［30］徐建平，张立凡，韩德强.基于模糊推理的空中目标意图识别［J］.指挥信息系统与技术，2020，11(3):44-48.
XU J P，ZHANG L F，HAN D Q.Air target intention recognition based on fuzzy inference［J］.Command Information System and Technology，2020，11(3):44-48.(in Chinese)
［31］常天庆，孔德鹏，戴文君，等.基于目标作战意图信息融合的威胁评估方法［J］.控制与决策，2019，34(3):591-601.
CHANG T Q，KONGD P，DAI W J，et al.Threat assessment method based on target operational intention information fusion［J］.Control and Decision，2019，34(3):591-601.(in Chinese)
［32］JOSE L,SALMERON. Modelling grey uncertainty with fuzzy grey cognitive maps［J］.Expert Systems with Applications，2010，37(12):7581-7588.
［33］朱道元. 2015年全国研究生数学建模竞赛A题［J］.数学的实践与认识，2016(14):4-6.
ZHU D Y. 2015 National Graduate mathematical modeling contest，question A［J］.Practice and Understanding of Mathematics， 2016(14): 4-6.(in Chinese)
［34］赵福均，周志杰，胡昌华，等.基于置信规则库和证据推理的空中目标意图识别方法［J］.电光与控制，2017，24(8):15-19，50.
ZHAO F J，ZHOU Z J，HU C H，et al.Air target intention recognition method based on belief rule base and evidential reasoning［J］.Electronics Optics & Control，2017，24(8):15-19，50. (in Chinese)