. . . . . “王华黄等：快速稳健的数字图像Spearman位移测量Rho相关性（2022）”。 . . _：ID_e2c33618a186448c34004ab90ddf7e8d。_：ID_e2c33618a186448c34004ab90ddf7e8d ._：ID_e2c33618a186448c34004ab90ddf7e8d ._：ID_e2c33618a186448c34004ab90ddf7e8d“期刊/itc/HuangCWXL22”。 _：ID_11f0a1984 c84a509c0cdc1e1ebec8d91。_：ID_11f0a1984 c84a509c0cdc1e1ebec8d91 ._：ID_11f0a1984 c84a509c0cdc1e1ebec8d91 ._：ID_11f0a1984 c84a509c0cdc1e1ebec8d91“10.5755/J01.ITC.51.430866”。 “用于位移测量的快速稳健数字图像Spearman Rho相关”。 . . . . . . "5"^^. _：Sig_a61bd5d6fd0fa3d0f758ea776968ddd1_1。_：Sig_a61bd5d6fd0fa3d0f758ea776968ddd1_1 ._：Sig_a61bd5d6fd0fa3d0f758ea776968ddd1_1“王华煌”。_：Sig_a61bd5d6fd0fa3d0f758ea776968ddd1_1 ._：信号_a61bd5d6fd0fa3d0f758ea776968ddd1_1"1"^^._：Sig_a61bd5d6fd0fa3d0f758ea776968ddd1_1 . _：Sig_a61bd5d6fd0fa3d0f758ea776968ddd1_2。_：Sig_a61bd5d6fd0fa3d0f758ea776968ddd1_2 ._：Sig_a61bd5d6fd0fa3d0f758ea776968ddd1_2“康晨”。_：Sig_a61bd5d6fd0fa3d0f758ea776968ddd1_2 ._：Sig_a61bd5d6fd0fa3d0f758ea776968ddd1_2"2"^^._：Sig_a61bd5d6fd0fa3d0f758ea776968ddd1_2 . _：Sig_a61bd5d6fd0fa3d0f758ea776968ddd1_3。_：Sig_a61bd5d6fd0fa3d0f758ea776968ddd1_3 ._：信号_a61bd5d6fd0fa3d0f758ea776968ddd1_3“魏伟”。_：Sig_a61bd5d6fd0fa3d0f758ea776968ddd1_3 ._：Sig_a61bd5d6fd0fa3d0f758ea776968ddd1_3"3"^^._：Sig_a61bd5d6fd0fa3d0f758ea776968ddd1_3 . _：Sig_a61bd5d6fd0fa3d0f758ea776968ddd1_4。_：Sig_a61bd5d6fd0fa3d0f758ea776968ddd1_4 ._：信号_a61bd5d6fd0fa3d0f758ea776968ddd1_4“熊建斌”。_：Sig_a61bd5d6fd0fa3d0f758ea776968ddd1_4 ._：Sig_a61bd5d6fd0fa3d0f758ea776968ddd1_4"4"^^._：Sig_a61bd5d6fd0fa3d0f758ea776968ddd1_4 . _：Sig_a61bd5d6fd0fa3d0f758ea776968ddd1_5。_：Sig_a61bd5d6fd0fa3d0f758ea776968ddd1_5 ._：Sig_a61bd5d6fd0fa3d0f758ea776968ddd1_5“刘文浩”。_：Sig_a61bd5d6fd0fa3d0f758ea776968ddd1_5 ._：Sig_a61bd5d6fd0fa3d0f758ea776968ddd1_5"5"^^._：Sig_a61bd5d6fd0fa3d0f758ea776968ddd1_5 . . . . "661-677" . “信息技术控制”。 “信息技术控制”。 "51" . "4" . "2022"^^. “dblp记录‘journals/itc/HuangCWXL22’的RDF数据的起源信息”。 . . . “2023-01-17T16:47:15+0100”。