欧几里得距离 meaning in Chinese
euclidean distance
Examples
- The information of skeleton is also used to deal with branching problem . experiments show that the proposed algorithm can retrieve cases with complex contours . the technique of surface reconstruction using distance field is explored in chapter 4
对于离散距离场的计算，我们提出用轮廓线扩散的方法来进行加速，和最小欧几里得距离方法比较，该方法具有速度快的优点，其时间复杂度为o加。 - The method ' s aim is made the investment of substations and feeder minimum . it can model physical constraints with land utilization and street accessibility and used actual street routes in the substation location and feeder planning , which is important especially in a suburban or city area
模型包含了用地限制和街道可达性、可用性等约束，而且在求解模型时用基于动态规划的最短路算法确定负荷点到变电所的计及障碍因素的欧几里得距离(简称广义距离) 。 - Secondly , their aims are made the investment of substations , feeders or running cost of electric power system minimum . but they do n ' t take into account of land utilization , street accessibility of right of way , etc . , but demands of electric power system . generally , a straight line distance , namely , euclid distance , was used for calculating the distance between a load point and a substation , which is a straight forward but non - practical way for most planning techniques
其次受研究工具的限制，这些模型以工程投资、运行费用等最小为目标，仅能考虑导线载流量、电压降等电力系统技术约束条件，简化略去了用地限制、街道可达性等重要的自然约束条件，且求解这些模型的前奏是计算负荷点到变电所的欧几里得距离(直线距离) ，简便但不切合实际(这一点在城市电网规划中尤其重要) ，因此较难给出技术上可行的最优解。