CAJ | 학술논문

拟合人眼视觉机制提出了非均匀光照下指针仪表图像的预处理算法，在此基础上进一步设计了座舱指针式仪表自动判读算法。首先对仪表盘图像进行亮度均衡、二值化变换，再将指针细化，然后根据改进的Hough变换提取目标信息，确定座舱指针式仪表的读数。实验结果表明，该算法有效地解决了在非均匀光照情况下的飞机座舱指针式仪表自动判读，降低了判读误差。
의합인안시각궤제제출료비균균광조하지침의표도상적예처리산법，재차기출상진일보설계료좌창지침식의표자동판독산법。수선대의표반도상진행량도균형、이치화변환，재장지침세화，연후근거개진적Hough변환제취목표신식，학정좌창지침식의표적독수。실험결과표명，해산법유효지해결료재비균균광조정황하적비궤좌창지침식의표자동판독，강저료판독오차。
the human visual mechanism , based on that we further design the automatic interpretation algorithm for cockpit pointer instruments .Firstly the algorithm conducts the lightness balance and binarisation transform on instruments panel images , and then makes the pointer needles thinning down;afterwards , it extracts the object information according to the modified Hough transformation and determines the readings of cockpit index instruments.Experimental results prove that the algorithm effectively solves the issue of automatic interpretation of cockpit pointer instruments in circumstance of non-uniform lightness , reduces the reading error .