说明:双击或选中下面任意单词,将显示该词的音标、读音、翻译等;选中中文或多个词,将显示翻译。
您的位置:首页 -> 句库 -> 层运算
1.
Hardware Acceleration of Fundamental Arithmetic in Public-Key Cryptography
公钥密码系统中底层运算的硬件加速
2.
SATWE Application in High-Rise Building Structure Calculation with Transfer Story
SATWE在带转换层高层建筑结构计算中的运用
3.
A Threat Assessment Algorithm Based on AHP and Fuzzy Operation;
基于层次分析法与模糊运算的威胁评估算法
4.
Image-Based Rendering Through Layered Texture Mapping
运用层次纹理映射的基于图像绘制算法
5.
Numerical Simulation on Wave-making Characteristic of a Prolate Spheroid Moving in Stratified Fluid;
分层流体中运动潜体兴波特性的数值计算研究
6.
Research on Moving Object Tracking Based on Layered Templete Matching;
基于分层模板匹配的运动目标跟踪算法研究
7.
Heuristic algorithm of the tactics inventory/transportation integrated optimization problem;
战术层库存/运输优化问题的一种求解算法
8.
An Algorithm Model of Popular Track and Field Sports Meeting Schedule;
构建基层田径运动会日程编排的算法模型
9.
The Application of Computers to the Primary-level Track and Field Competition;
计算机技术在基层田径运动会上的应用
10.
Bi-Level Programming Model and Algorithm for Passenger Transportation Corridors Design Problem
综合客运通道设计的双层规划模型及算法
11.
Hierarchical Bit-plane Global Motion Estimation for Image Stabilization
电子稳像的分层位平面全局运动估计算法
12.
ON MOVEMENTS OF ACTIVE FAULTS BY ANT COLONY ALGORITHM INVERSION USING GRAVITY DATA
通过重力场用蚁群算法反演活动断层运动
13.
Assessment the computer healthy by using analytical hierarchy process
运用层次分析法对计算机健康状态评估
14.
An algorithm for fast tracking of 3D arm motion based on hierarchy joint model
基于关节层次模型的3D手臂运动快速跟踪算法
15.
The Exploration and Practice of"Hierarchical"Assisted Instruction Using Computers
运用计算机进行“层次化”辅助教学的探索与实践
16.
Application Component Layer envelops the parallel algorithms of matrix-vector operation to offer users high-level interfaces;
其中应用组件层把矩阵向量运算的并行算法封装成类组件,为用户提供了高层次的接口;
17.
Cortical plasticity, motor learning and computational approaches to motor control, and motor disorders are discussed.
本课程还讨论了皮层可塑性,运动的学习和运动控制的计算方法,以及运动障碍。
18.
Use mathematical (+, -, /, and *) operators for defining custom rollups within the dimension hierarchy.
使用数学运算符(+,-,/和*)以定义维度层次结构内的自定义汇总。