Zhou G C,Pan D, Xu X, et al.Innovative ANN Technique for Predicting Failure/Cracking Load of Masonry Wall Panel under Lateral Load[J]. Computing in Civil Engineering, 2010, 24(4): 377-387. (SCI）Pan D, Zhou G C, Rafiq Y M. An Artificial Neural Network Model for Predicting Failure Load of Masonry Wall Panel under Lateral Load[100]. Intelligent Computing in Engineering, 2008, Plymouth, Bratish: 451-459.Zhou G C, Pan D. A Cellular Automata Method for Mapping Variation in Behavior of Laterally Loaded Masonry Wall Panel[100]. IEEE, International Workshop on Architecture, Civil and Environmental Engineering, 2011, Wuhan: 5-8. (EI)潘登，张瑀，赵俭斌. 基于细胞自动机的砌体墙板状态数值模型及其破坏模式预测[J]. 哈工大学报. (EI)Guo Ming, Zhao Youshan, Pan Deng, Wang Guoli. Key Technology of overall Structure Monitoring of Super-Huge and Profiled Steel Structure Based on FEA Simulation and LIDAR[J]. Information Technology Journal, 12(18), pp4576-4581.ISSN:1812-5638. 2013. (EI收录)Ming Guo, Yanmin Wang, Zhiliang Wang, Ming Huang, Deng Pan*. The Target Feature Extraction Based On ZRNIKE Moment. Journal of Investigative Medicine & Volume 62, Number 8 Supplement, December 2014.(SCI收录)Deng Pan，ChengZhiqi, Jian Luo. Empirical Cellular Automata model to Predict Failure Patterns of Laterally Loaded Masonry Wall Panel[C]. Advanced Materials Research Vol.1020(2014), pp:314-316, Trans Tech Publications, Switzerland. 2014GUO MING, WANG YANMIN, WANG GUOLI, PAN DENG*, WANG ZHILIANG, DING XINFENG. Study on the Reflection Characteristics of Mineral Pigment based on Hyper-Spectral Imaging and LiDAR Technique. Journal of the Balkan Tribological Association. Vol. 21, No 4A, 1113–1124 (2015). (SCI收录)
