巨乳 風俗
阐明，博士生导师
通讯地址：北京市海淀区阜成路33号
电子邮箱：xlwang@btbu.edu.cn
办公室：良乡校区数统楼
个东说念主简历
北京大学，数学科学学院，统计学，博士
北京师范大学，统计学院，统计学，硕士
曲阜师范大学，数学学院，运用数学，学士
商议领域
主要商议因果揣摸、机器学习、因果汇聚、贝叶斯汇聚
主授课程
主讲本科生课程《数据科学的统计基础》、双语《数理统计》，商议生课程《统计因果揣摸》、《复杂数据分析统计建模》等
承担技俩
1.本性食物全链条质地安全特征风险评估和瞻望预警模子树立，国度重心研发决策-子课题，2020.1-2022.12，主合手
2.食物重金属评价模子的树立和运用，国度重心研发决策寄予技俩，2019.5-2021.12，主合手
3.互联网食物安全风险分级评价模子的树立，国度重心研发决策寄予技俩，2019.5-2020.12， 主合手
4.食物安全缺失数据填补与决策事件关联统计揣摸，国度重心研发决策寄予技俩，2019.1-2020.12， 主合手
5.基于深度学习的数据分析和统计建模，企业寄予技俩，已结题， 主合手
6.食源性疾病爆发预警与统计分析，国度食物安全风险戒指技俩，已结题， 主合手
7.基于汇聚搜索数据的经济时局的统计建模与分析瞻望，世界统计科学商议技俩，已结题，主合手
8.通讯系统的因果汇聚图以及接洽的统计揣摸，耕种部后生锤真金不怕火调动专项，已结题， 主合手
9.统计因果揣摸及缺失数据统计分析，国度当然科学基金后生基金，已结题，主合手
10.统计因果揣摸及羼杂身分，国度当然科学基金天元基金，已结题，主合手
发表的主要论文
[1] Wang X L，Wu J P， Yu B J， Dong F， Ma D， Xiao G X， Zhang C， Heavy metals in aquatic products and the health risk assessment to population，Environmental Science and Pollution Research， 2020， 27: 22708–22719. (SCI)
[2] Wang X L， Zhang Y F， Zhang H， Li Y， Wei X F， Radio Frequency Signal Identification Learning Based on LSTM，Circuits， Systems， and Signal Processing， doi.10.1007/s00034-020-01417-7， 2020. (SCI)
[3] Yu B J， Wang X L*， Dong F， Xiao G X， Ma D，Heavy metal concentrations in aquatic organisms (fishes， shrimp and crabs) and health risk assessment in China， Marine
[4] Pollution Bulletin， 2020. (to appear) (SCI)
[5] Wang X L， Zhang Y，欧美色色 Geng Z， Liu Y， Guo L X， Xiao G X. Spatial analysis of heavy metals in meat products in China during 2015-2017. Food Control. 2019， 104(1): 174-180. (SCI)
[6] Wang X L， Zhang Y F， Zhang H X， Wei X F， Wang G Y. Identification and authentication for wireless transmission security based on RF-DNA fingerprint. EURASIP Journal on Wireless Communications and Networking. 2019， 2019:230. (SCI)
[7] Gan H， Zhang H， Khan M S ， Wang X L. An improved differential power analysis against random process interrupts. Journal of the Chinese Institute of Engineers， 2019， 42(2):127-131. (SCI)
[8] Li Q， Zhang H X， Zheng T Y， Wang X L. Maximum inner product method for extracting the path-loss parameters in primary transformer substations. China Communications. 2019， 16(4): 120-129. (SCI)
[9] Wang X L， Zhang Y F， Zhang X， Wang W B. Traffic Prediction for Wireless Cellular System Based on Shrinkage Estimation.， 2019 2nd International Conference on Safety Produce Information (IICSPI). 2019， 108-113. ( EI)
[10] Wang X L， Zhou M Q， Jia J Z， Geng Z， Xiao G X. A Bayesian approach to real-time monitoring and forecasting of Chinese foodborne diseases. International Journal of Environmental Research and Public Health. 2018， 15(8): 1740-1753. (SCI)
[11] Zhang Y， Wang X L*， Feng T. Analysis of spatial-temporal distribution and influencing factors of pulmonary tuberculosis in China， during 2008-2015. Epidemiology and infection. 2018， 147(25): 1-9. (SCI)
[12] Zhou M Q， Wang X L*， Zhang X， Wang W B. Spatial-temporal analysis of traffic load based on user activity characteristics in mobile cellular network. Proceeding of the International Conference on Bio-Inspired Computing: Theories and Applications. Springer， Singapore， 2018. (EI)
[13] Khan M S， Zhang H X， Wang X L， Rahat U， Ibrar A， Sulman S， Qasim A， Muhammad Z T. A novel two-stage broadband doherty power amplifier for wireless applications. IEEE Microwave and Wireless Components Letters. 2018， 28(1): 40-42. (SCI)
[14] Wang X L， Wang J， Yang Y， Duan J B. Labeled LDA-kernel SVM: a short Chinese text supervised classification based on Sina Weibo. Proceeding of the 4th International Conference on Information Science and Control Engineering. IEEE Computer Society， Changsha， China， 2017. (EI)
[15] Gan H， Zhang H， Khan M， Wang X L， Zhang F. An improved empirical mode decomposition for power analysis attack. China Communications. 2017， 14(9): 94-99. (SCI)
[16] Wang X L， Yu， D; Wang， Y. Improving the estimation precision of causal effects by selecting covariates. Proceedings of the 28th Chinese Control and Decision Conference， CCDC 2016， 3305-3310. (EI)
[17] Wang X L， Zhou X. Some Results about Standardization for a Non-Confounder in Estimators of (log) Relative Risk. Communication in Stat-Theory and Methods， 2015， 44. 1497-1507. (SCI)
[18] Wang X L， Jiang， Z， Yu， D. An improved KNN algorithm based on kernel methods and attribute reduction. Proceedings 5th International Conference on Instrumentation and Measurement， Computer， Communication， and Control， IMCCC 2015. (EI)
[19] Wang X L. Binomial Proportion Estimation in Longitudinal Data with Non-ignorable Non-response， Acta Mathe. Appli. Sinica， 2013， 29 (3): 623-630. (SCI)
[20] Meng X， Wang X L*. Collapsibility of odds ratios for a continuous outcome variable. Journal of Chongqing University， 2013， 12(2). 1-4.
[21] Wang X L， Chen H， Geng Z， Zhou X H. Using Auxiliary Data for Binomial Parameter Estimation with Nonignorable Nonresponse. Communications in Statistics-Theory and Methods， 2012， 41: 1–11. (SCI)
[22] Wang YW， Wang X L*. The Homogeneity and Heterogeneity Hypothesis Test of the Relative Risk， International Conference on Business Computing and Global Information. Shanghai， China，Oct. 12-14， 2012. (EI)
[23] Wang X L. Binomial parameter estimation with non-ignorable missing data. Proceeding of the2nd International Conference on Multimedia Technology. 2019-2022， Hangzhou， China， 2011. (EI)
[24] Wang X L. Conditions for uniformly non-confounding. Jour. System Science Complex， 2010， 23，796-803. (SCI)
[25] Wang X L， Gao L. Relations among homogeneity， collapsibility and non-confounding in distribution effects. Appl. Math. J. Chinese Univ， 2010， 25(3)， 291-296. (SCI)
[26] Ding YM， Wang X L*. The Estimation Precision of Relative Risk in Causal Inference. The proceedings of 2010 International Conference on Probability and Statistics. Nanjing， China， July 28-31， 2010.
[27] Wang X L， Geng Z， Chen H， Xie X C. Detecting multiple confounders. Journal of Statistical Planning and Inference， 2009， 139(3):1073-1081. (SCI)
[28] Wang X L， Geng Z， Zhao Q， Qiao Q，Comparison between estimates of the potential proportion with and without standardization for a non-confounder. Statistica Sinica. 2007， 17(4): 1643-1656. (SCI)
[29] Geng Z， He Y B， Wang X L. Relationship of causal effects in a causal chain and related inference. Science in China Seri A. 2004， 47(5): 730-740. (SCI)
[30] Wang， X L， Cui， H. J. Local Linear Estimation in Presence of Auxiliary Information. Journal of applied probability and statistics， 2004， 20(2): 161-170.
[31] Geng Z， He Y B， Wang X L， Zhao Q. Bayesian method for learning graphical models with incompletely categorical data. Computational Statistics & Data Analysis. 2003， 44(1): 175-192. (SCI)
[32] 王学丽.生存中的因果关系和统计关系[J].中国统计， 2008(3):45.
[33] 王学丽，李嘉森.我国连年数据挖掘商议分析[J].中国统计， 2008(11):51-52.
[34] 王学丽.数据挖掘与统计学的交叉[J].中国统计， 2007(10):56.
[35] 王学丽，直露.借助上风比信息识别不成忽略缺失数据的模子参数[J].数理统计与贬责， 2005，24(3):56-63.
小泽圆[36] 直露，王学丽，何洋波.基于因果汇聚图戒指羼杂的条目[J].中华流行病学杂志， 2002， 23(1):77-78.
社会兼职
中国现场统计商议会因果揣摸分会 文书长
中国现场统计商议会空间统计分会 常务理事
北京生物统计BBA 常务理事
中国耕种统计高级耕种分会 理事
中国现场统计商议会 高维数据分会 ，计较统计分会，资源环境统计分会理事等
