CAJ | 학술논문

使用资源三号卫星拍摄的遥感影像，解译后对秸秆焚烧火点进行精确监测。在ENVI平台中，对资源三号卫星影像进行RPC模型正射校正、FLAASH大气校正以及GCP几何精校正后，将MUX 遥感器影像与TLC 遥感器影像使用Gram-Schmidt方法进行融合，利用资源三号卫星融合后2．1 m真彩色影像对秸秆焚烧火点进行精确目视解译，并结合Acrgis进行精确定位。在实验区域中，监测到秸秆焚烧火点74处。实验结果证明，与使用MODIS遥感影像监测到的23处火点相比，资源三号卫星影像能够更好的对秸秆焚烧火点进行精确监测，准确率高。
사용자원삼호위성박섭적요감영상，해역후대갈간분소화점진행정학감측。재ENVI평태중，대자원삼호위성영상진행RPC모형정사교정、FLAASH대기교정이급GCP궤하정교정후，장MUX 요감기영상여TLC 요감기영상사용Gram-Schmidt방법진행융합，이용자원삼호위성융합후2．1 m진채색영상대갈간분소화점진행정학목시해역，병결합Acrgis진행정학정위。재실험구역중，감측도갈간분소화점74처。실험결과증명，여사용MODIS요감영상감측도적23처화점상비，자원삼호위성영상능구경호적대갈간분소화점진행정학감측，준학솔고。
The straw burning fire point after interpretation is accurately monitored using ZY-3 satellite remote sensing image.After the RPC model ortho-rectification, FLAASH atmospheric correction and GCP geometric correction of ZY-3 images in ENVI, the images of MUX sensor and TLC sensor are fused by Gram-Schmidt method.Then accurate visual interpretation of straw incineration fire-point is implemented by ZY-3 fused 2.1m nature color images combined with accurate ACRGIS locating.In the experimental area, 74 straw burning fire points are found.The experimental results demonstrate that, comparing with those 23 fire-points monitored by MODIS remote sensing image, ZY-3 image enables more accurate monitoring of straw burning fire point with high precision .