ID 原文 译文
26095 最后设计基于图像分割的 ＲGBD 场景流能量函数，采用金字塔变形策略计算精确的场景流结果。 Finally, anenergy function of ＲGBD scene flow based on image segmentation is designed, and the pyramid warping strategy is adopted to compute the scene flow field.
26096 分别采用 Middlebury 和 MPI-Sintel 数据库所提供的测试图像集对本文方法和现有的 ＲGBD 场景流算法进行综合对比分析，实验结果表明本文方法相对于其他方法具有更好的场景流估计精度和鲁棒性，有效改善了场景过度平滑和运动边缘模糊问题。 We employ the test sets of Middlebury and MPI-Sintel databases to conduct a comparison experiment between the proposed method and the existing ＲGBD scene flow methods． The experimental results indicate that the proposed method has better accuracy and robustness of scene flow estimation, especially when dealing with the issues of scene over-smoothing and motion edge-blurring．
26097 为了快速生成覆盖目标路径的测试数据，提出在测试数据进化生成中，利用种群中个体穿越程序各分支的均衡程度调整进化过程。 In order to speed up the generation of test data that covers the target path, the paper makes good use of the balance of individual traversing program to adjust the evolutionary process of generating test data．
26098 首先，在个体运行被测程序后，统计个体穿越各分支节点真假分支的情况; First, after the individuals run the program, the number of individuals crossing the true and false branches of each branch node is counted．
26099 然后，设计并计算个体穿越程序的均衡度; Then, the program balance is designed and calculated．
26100 最后，计算个体对程序均衡度的影响，使对程序均衡度影响大的个体具有较高的适应值，有更多机会参与到后续进化中，有效地提高了测试数据的生成效率。 Finally, the influence on the program balance of each individual is calculated. The individual with high influence has a bigger fitness value to have greater chance to participate in subsequent evolution． The proposed method effectively improves the efficiency of test data generation.
26101 基准程序和工业用例的实验结果表明，与同类方法比较，所提出的方法在生成测试数据的运行时间与成功率方面具有优越性。 The experiment results of benchmark programs and industrial cases show that our methods have superiority in running time and success rate of test data generation when compared with similar methods．
26102 紧凑拉伸试样参比电位差接线点布局多凭经验，本文提出了一种基于遗传算法对紧促拉伸试样参比电位差接线点寻优的方法。 The layout of the wiring points of the reference potential difference of the compact tension specimen ismostly based on experience, in this paper, a genetic algorithm is proposed to optimize the tension specimen reference potential wiring points layout．
26103 采用有限元法对拉伸试样的电位场分析，构建遗传算法的参比电位差模型，寻求最佳参比电位差值，得到紧凑拉伸试样最佳接线点位置。 The finite element method is used to analyze the potential field of the tensile specimen，the reference potential difference model of the genetic algorithm is constructed, the best reference potential difference value is found, and the optimal wiring point position of the compact tensile specimen is obtained．
26104 结果表明，两个参比电位差接线点之间的距离对参比电位差影响较大，靠近电流输入端与拉伸试样右上端内侧区域为最佳接线点位置。 The results show that the distance between there ference potential difference wiring points has great influence on the reference potential difference, it is close to the current input and the inner part of the upper right end of the tensile specimen are the optimal wiring points position．