计算机系统应用
計算機繫統應用
계산궤계통응용
APPLICATIONS OF THE COMPUTER SYSTEMS
2013年
3期
117-120
,共4页
输送带%撕裂%视觉注意%显著性%谱残差%最大熵
輸送帶%撕裂%視覺註意%顯著性%譜殘差%最大熵
수송대%시렬%시각주의%현저성%보잔차%최대적
conveyor belt%rip%visual attention%saliency%spectral residual%maximal entropy
针对带式输送机在运行过程中输送带易撕裂的背景,根据人眼视觉系统特点和信息论相关理论,提出了一种基于视觉显著性和一维最大熵的输送带撕裂故障检测算法.首先在频域提取图像的显著性区域,然后计算显著图的最大信息熵,进而分割图像.实验结果表明,该方法具有较强的稳定性和适应性.
針對帶式輸送機在運行過程中輸送帶易撕裂的揹景,根據人眼視覺繫統特點和信息論相關理論,提齣瞭一種基于視覺顯著性和一維最大熵的輸送帶撕裂故障檢測算法.首先在頻域提取圖像的顯著性區域,然後計算顯著圖的最大信息熵,進而分割圖像.實驗結果錶明,該方法具有較彊的穩定性和適應性.
침대대식수송궤재운행과정중수송대역시렬적배경,근거인안시각계통특점화신식론상관이론,제출료일충기우시각현저성화일유최대적적수송대시렬고장검측산법.수선재빈역제취도상적현저성구역,연후계산현저도적최대신식적,진이분할도상.실험결과표명,해방법구유교강적은정성화괄응성.
Under the background that conveyor belts are prone to rips in operation, According to the characteristics of human visual system and information theory, an algorithm for detecting rips in conveyor belts based on visual saliency and maximal entropy is proposed. Regions of interest are firstly extracted in frequency domain, and then a threshold is obtained through calculating the maximal entropy of saliency map to segment the grayscale image. Experiments show that the algorithm is stable and adaptable.