例如，算法带动了金融市场上大量的交易，自动驾驶汽车在城市的街道上随处可见，而我们的智能手机可随时将一种语言翻译成另一种语言。
For example, algorithms carry out huge volumes of trading on our financial markets, self-driving cars are appearing on city streets, and our smartphones are translating from one language into another.
图片定位算法可以随时定位诸如巴黎圣母院等地标建筑的照片。
The IM2GPS algorithm readily located photographs of such landmarks as the Cathedral of Notre Dame in Paris.
先进的图像处理算法协助操作人员随时进行变化检测、图像分类、识别异常和跟踪活动模式。
Advanced image processing algorithms assist operators with change detection, image classification, identifying anomalies and tracking patterns of activity over time.
利用该算法得到的分类规则，可以较好地反映条件属性集随时间动态变化对系统状态的影响。
The result of the algorithm can reflect the effect which the changes of conditional attributes make on the states of the systems.
该算法通过对实际路面的平均灰度值随时间变化趋势进行了统计学习，寻找出随天气季节变化的昼夜区分时间。
An algorithm of distinguishing day and night with image statistics is proposed based on the analysis of the characteristics of the grey level of actual road surface.
方程组采用SIMPLE(压力连接方程的半隐式)算法求解，求解结果较全面地反映了焊接气溶胶随时间、空间变化扩散的规律。
The equations were resolved by the SIMPLE algorithm. The results basically reflected the law of welding aerosol diffusion with the change of space and time.
该成像算法能够以递归方式将新的数据融入到成像中，这使成像背景噪声随时间减少。
The imaging algorithm can incorporate new data into the image in a recursive fashion which causes image background noise to diminish over time.
基于ICCP算法的地磁匹配定位可以用于限制惯导系统随时间增长的位置误差。
The geomagnetic localization based on the ICCP algorithm can be used to bind the position errors inherent in Inertial Navigation System(INS), which increases with time.
该算法适用于多起点、多讫点以及O-D量随时间变化路网的动态系统最优交通分配，仿真结果验证了算法的有效性。
The algorithm is applicable to large-scale road network with many to many origin-destination and time-dependent O-D volumes. Simulation results prove the validity of both the model and the algorithm.
通过被动雷达测量的目标和他们的国家的数量随时间变化的联合估计提出了一种新的递推算法。
A new recursive algorithm is proposed for jointly estimating the time-varying number of targets and their states through passive radar measurements.
算法通过分析帧间的SURF特征点匹配数目随时间变化的性质来检测镜头边界。
The algorithm detects the shot boundary by analyzing the nature that the matching number of SURF feature points of frames change over time.
算法通过分析帧间的SURF特征点匹配数目随时间变化的性质来检测镜头边界。
The algorithm detects the shot boundary by analyzing the nature that the matching number of SURF feature points of frames change over time.
应用推荐