基于深度学习的井下环境异常工况智能识别技术研究

[1] 基于RFID的井下人员定位系统 [J]. 武汉理工大学学报, 2010, 32 (15) : 146 - 149

[2] 用于井下移动设备定位的路标设计及其视频识别方法[A]. 孟宇,刘立,李文辉.2011年中国智能自动化学术会议论文集（第一分册）[C]. 2011

[3] Deep‐sea channel evolution and stratigraphic architecture from inception to abandonment from high‐resolution Autonomous Underwater Vehicle surveys offshore central California[J] . Katherine L. Maier,Andrea Fildani,Charles K. Paull,Timothy R. McHargue,Stephan A. Graham,David W. Caress. &nbspSedimentology . 2012 (4)

[4] Wireless communication in underground mines:RFID-based sensor networking. BANDYOPADHYAY L K,CHAULYA S K,MISHRA P K. . 2009

[5] The use of RFID technology in mines for identification and localization of persons. HON V,DOSTL M,SLANINA Z. IFAC Proceedings Volumes . 2010

[6] Improving monitoring and control hardware cost at Totten Mine. FLORES O,ACUA E. Canadian Institute of Mining (CIM):proceedings of the Maintenance,Engineering and Reliability/Mine Operators (MEMO)2016 Conference . 2016

[7] A survey on transfer learning. Pan, Sinno Jialin,Yang, Qiang. IEEE Transactions on Knowledge and Data Engineering . 2010

[8] Noise-robust speaker recognition using subband likelihoods and reliable-feature selection. Sungtak, Kim,Mikyong, Ji,Hoirin, Kim. ETRI Journal . 2008

[9] Detection of road boundaries and obstacles using LIDAR. YALCIN O,SAYAR A,ARAR O F,et al. Computer Science and Electronic Engineering Conference (CEEC),2014 6th . 2014

[10] Imagenet classification with deep convolutional neural networks. Krizhevsky A,Sutskever I,Hinton G E. Advances in Neural Information Processing Systems . 2012

[1] 基于RFID的井下人员定位系统 [J]. 武汉理工大学学报, 2010, 32 (15) : 146 - 149

[2] 用于井下移动设备定位的路标设计及其视频识别方法[A]. 孟宇,刘立,李文辉.2011年中国智能自动化学术会议论文集（第一分册）[C]. 2011

[3] Deep‐sea channel evolution and stratigraphic architecture from inception to abandonment from high‐resolution Autonomous Underwater Vehicle surveys offshore central California[J] . Katherine L. Maier,Andrea Fildani,Charles K. Paull,Timothy R. McHargue,Stephan A. Graham,David W. Caress. &nbspSedimentology . 2012 (4)

[4] Wireless communication in underground mines:RFID-based sensor networking. BANDYOPADHYAY L K,CHAULYA S K,MISHRA P K. . 2009

[5] The use of RFID technology in mines for identification and localization of persons. HON V,DOSTL M,SLANINA Z. IFAC Proceedings Volumes . 2010

[6] Improving monitoring and control hardware cost at Totten Mine. FLORES O,ACUA E. Canadian Institute of Mining (CIM):proceedings of the Maintenance,Engineering and Reliability/Mine Operators (MEMO)2016 Conference . 2016

[7] A survey on transfer learning. Pan, Sinno Jialin,Yang, Qiang. IEEE Transactions on Knowledge and Data Engineering . 2010

[8] Noise-robust speaker recognition using subband likelihoods and reliable-feature selection. Sungtak, Kim,Mikyong, Ji,Hoirin, Kim. ETRI Journal . 2008

[9] Detection of road boundaries and obstacles using LIDAR. YALCIN O,SAYAR A,ARAR O F,et al. Computer Science and Electronic Engineering Conference (CEEC),2014 6th . 2014

[10] Imagenet classification with deep convolutional neural networks. Krizhevsky A,Sutskever I,Hinton G E. Advances in Neural Information Processing Systems . 2012