1) Dual-core Resource
双核计算节点
1.
Design and Implementation of the Dual-core Resource in Network-on-Chip;
NoC系统中双核计算节点的设计与实现研究
2) node calculation
节点计算
1.
To figure the arc by polar coordinates is easy to dispose of the parameter of arc and reduces the content of counting,and then the global optimal solution of node calculation is achieved.
用极坐标表示圆弧,便于对相切圆弧的参数进行处理,减少计算量,将遗传算法用于相切圆弧逼近非圆轮廓曲线节点计算优化,利用其自适应迭代寻优的概率算法对圆弧段参数进行优化,并给出了具体算例证明该算法的有效性。
2.
The equation of the line on the center of approximate circular arc is obtained,and it can avoids the trouble that numerical solution owns possibility of no convergence and simplifies node calculation of non*.
按这种方法用圆弧逼近平面参数曲线 ,不需要求解非线性方程组 ,避免了计算可能不收敛的麻烦 ,简化了非圆曲线的节点计算过程 。
3) computational node
计算节点
1.
Design and implementation of control system of computational node in grid for cryptograph computing;
密码计算网格的计算节点控制系统设计与实现
2.
The Control System of Computational Node in a Grid System for Cryptograph Computing: Design and Implementation;
一种密码计算网格的计算节点控制管理系统设计与实现
4) Dual-core computer
双核计算机
1.
The example is applied on the Dual-core computer and the results show that this method for searching the hy.
本文运用区域分解法中D—N交替法的基本思想,在计算目标函数值时,将整体求解水文地质模型的过程分解为计算各参数分区内的子模型的过程,并在双核计算机上实现了并行计算。
5) calculation of column joints
柱节点计算
6) node computer
节点计算机
补充资料：核计
核算：～成本。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条