Yalun YangYongqiang LiJiajia LiB ZhaoJ XiH ZhaoM TangH DingG EspositoR SalviniF MatanoP KimJ ChenY ChoS SaltiF TombariDi StefanoLA FromeD HuberR KolluriY GuoF SohelM BennamounF XiongJ ZhuangR ShenJ LuH ShaoWangG XuY PangZ BaiN BoldC ZhangT AkashiP BeslN MckayY ZhongJ YangY XiaoZ CaoY GuoM BennamounF SohelG JunhuiF PomerleauM LiuF Colas
Aiming at the problems of poor registration accuracy and low computational efficiency of point clouds with low resolution and uneven density distribution, an automatic point cloud registration algorithm based on improved rotational projection statistical features is proposed. Firstly, the feature points are extracted using the Intrinsic Shape Signatures (ISS) algorithm, then the feature points are described using the Improved Rotation Projection Statistics (IRoPS) algorithm, and then use Random Sampling Consistency (RANSAC) to eliminate false matches and calculate the transformation matrix, and finally complete the fine registration based on the improved Iterative Closest Point (ICP) algorithm. Experiments on three data sets show that the algorithm has the advantages of strong anti-interference ability, high registration accuracy and fast calculation speed, and can meet the registration requirements in practical engineering.
刘玉珍 Liu YuzhenQiang ZhangSen Lin
Peng LiJian WangYindi ZhaoYanxia WangYifei Yao
Bo YouHongyu ChenJiayu LiChangfeng LiHui Chen