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《Mining Safety & Environmental Protection》 2005-05
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Artificial Intelligence and Its Application in Coal Mine Safety Technique

This paper, based on the analysis of the common techniques of the artificial intelligence, revealed the development tendency of the artificial intelligence toward the human intelligence and discussed the application of the artificial intelligence technique in the field of coal mine safety technology, for example, the prediction of water inrush from seam floor, the improvement of structure and performance of safety instruments, and the network of safety instrument, pointed out that the anthropomorphic intelligence system for coal mine safety will replace traditional monitoring system.
【CateGory Index】: TD76;
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【Secondary Citations】
Chinese Journal Full-text Database 10 Hits
1 Liu Dongyan et al.;A Study on Acoustic Emission Characters of Failure of Fissured Rock on Compression[J];UNDERGROUND SPACE;1998-04
2 Wu Guanglin; S. J. Jung; K. Prisbrey(Chengdu Institute of Technology, China) (University of Idaho, USA )T. L. Nichols (United States Bureau of Mines);NEURAL NETWORK COUPLED ACOUSTIC EMISSION SENSORS FOR ROCK GRINDING AND DRILLING[J];JOURNAL OF CHENGDU UNIVERSITY OF TECHNOLOGY;1996-03
3 Jiang Haikun 1) Zhang Liu 1) Wang qi 2) 1) Institute of Geology, CSB, Beijing 100029, China 2) Seismological Bureau of Shandong Province, Jinan 250014, China;3-D LOCATION OF ACOUSTIC EMISSION AND STUDY ON THE ANISOTROPIC VELOCITY STRUCTURE IN THE SAMPLE[J];EARTHQUAKE;1999-03
4 JIANG Hai kun, ZHANG Liu, ZHOU Yong sheng (Institute of Geology, CSB, Beijing 100029, China);Characteristics of AE temporal sequences in the process of deformation and failure of granite at high pressure and different temperatures[J];EARTHQUAKE;2000-03
5 JIANG Hai-kun1,3,MA Sheng-li2,3,ZHANG Liu2,3, HOU Hi-feng 1,FENG Zhi-jun1(1. Seismological Bureau of Shandong Province, Jinan 250014, China; 2. Institut e of Geology, CSB, Beijing 100029, China; 3. Laboratory of tectonophysics, CSB, Beijing 100029, Chi na);AE spatio-temporal evolution distribution during the deformation of rock sample contained a collinear fault with an unconnected area[J];Earthquake;2003-03
6 Sun Jizhu and Zhou Jian(Tongji University,Shanghai 200092)\ \ Tang Chun'an(Northeast University,Shenyang 110006);FACTORS AFFECTING ACOUSTIC EMISSION OF ROCK[J];CRUSTAL DEFORMATION AND EARTHQUAKE;1997-02
7 Dai Guang(Dept of Mechanical Engineering, Daqing Petroleum Institute, Anda, Heilongjiang, China, 151400);Study on Reverse Source of AE Source Signal Intensity[J];JOURNAL OF DAQING PETROLEUM INSTITUTE;1998-03
8 JIANG HAIKUN 1 MA SHENGLI 2 ZHANG LIU 2 CAO WENHAI 1 HOU HAIFENG 11 Seismological Bureau of Shandong Province, Ji′nan 250014, China 2 Institute of Geology, Laboratory of Tectonophysics, China Seismological Bureau, Beijing 100029, China;SPATIAL-TEMPORAL CHARACTERISTICS OF ACOUSTIC EMISSION OF ROCKSAMPLE WITH REGULAR FAULT AND A COLUMNAR BARRIER DURINGDEFORMATION[J];Chinese Journal of Geophysics;2003-02
9 Liu Liqiang Ma Shengli Ma Jin Hu Xiaoyan Liu Tianchang Wu Xiuquan (Institute of Geology & Laboratory of Tectonophysics, China Seismological Bureau, Beijing 100029, China);TEMPORAL SCANNING OF b-VALUE AND SPECTRUM OF AE ACTIVITY FOR SAMPLES WITH DIFFERENT TEXTURES AND THEIR PHYSICAL IMPLICATIONS[J];Seismology and Geology;2001-04
10 CHEN Shun yun XU Zhao yong YANG Run hai ZHAO Jin ming (Seismological Bureau of Yunnan Provice, Kunming 650041, China);FEATURES OF ACOUSTIC EMISSION DURING FRACTURING PROCESS OF GRANITE BLOCK WITH V-SHAPED STRUCTURE UNDER BIAXIAL COMPRESSION[J];Seismology and Geology;2003-02
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