Computing speed is also based on things such as memory capacity and it is limited by factors such disk speed. 计算速度还离不开内存容量等因素,同时也受到磁盘速度等要素的限制。
However, the existence of cache thrashing is demonstrated by significant increases in computing speed in the equivalent programs tuned for cache locality. 然而,我们利用快取的区域性质对上述程式进行微调,效率上获得相当大幅度的改进,证明快取痛击存在上述程式中。
The approach had the advantages of high computing speed and was applied to fuzzy reliability analysis of the expanding mechanism of space station. 经过仿真分析证明该方法有效可行,具有计算速度快的优点,在空间站展开机构模糊可靠性分析中得到应用。
"Computing speed will increase to such levels that we will be able to create more sophisticated images," predicts Professor Fishman. 计算速度将提高到这样的水平,以致我们能创造更加精密复杂的图像,菲什曼教授预测说。
The numerical accuracy and computing speed are satisfied when the algorithm is used in the nucleometer. 该算法应用于核子计的数据处理,其计算速度和精度达到了设计要求。
It made the building of reference matrix simplify, matching the real time and accuracy demand of air defense combat, computing speed is fast. 该方法使基准矩阵的建立简化,符合防空作战的实时性、准确性要求,计算速度快。
Compared with the hardware of data processing, the computing speed is in the same order. 与同功能硬件处理模块比较,计算时间基本在同一个数量级。
As a result, it improves the computing speed greatly in real-time path searching and saves the computer memory resource significantly. 大大提高了大规模交通网络中实时路径搜索问题的计算速度,节省了计算机存储资源。
And the chaos optimal algorithm can improve the computing speed because of its exquisite interior configuration, randomicity, ergodicity and sensitive to the initial value. 混沌优化算法利用混沌序列精致的内部结构,以及它的随机性、遍历性和初值的敏感性来提高优化算法的效率。
Finally, designs the structure of the Security Check plug-in, proposes an improved Security Check method based on the steady state stability margin coefficient, and makes the computing speed fast. 设计了安全校核插件的整体结构,提出了一种基于静态稳定储备系数的安全校核方法的改进算法,提高了安全校核的计算速度。
The main extant problem is computing speed. It is very difficult to reach real time operation at present. 现存的主要问题是计算速度要达到实时运行仍很困难。
Results show that the efficiency of the simulated annealing genetic algorithm is high and the computing speed is faster. 结果表明,模拟退火遗传算法计算效率高、速度快。
The aim of this method is to increase computing speed and decrease processing time. 目的在于提高计算速度和减少处理时间。
The imitate results manifest that the algorithm can effectively improve the computing speed and the resolution quality. 模拟实验表明:并行遗传算法有效地提高了运行速度和求解质量。
In the optimized hardware structure, many multipliers parallel computation is adopted to accelerate the computing speed of butterfly. 在优化的硬件结构中,利用多个乘法器并行运算的方式加快了蝶形运算单元的运算速度;
With this method the computing speed is rapid and its precision is high. 本方法计算速度快,精度高。
The simplification of local mathematical models and the optimization of calculation scheme have led to increase the computing speed. 藉助于局部数学模型的简化和计算方案的优化提高了运算速度。
The computing results of the Henon map show that this method has higher precision and computing speed. 对Henon映射的仿真结果说明,此种方法的正确性以及计算所需样本点较少,计算速度快,精度较高。
The study shows that limited difference forward method has higher precision and computing speed in Geo-electrical forward modeling. 研究表明,利用有限差分数值方法进行复杂地电模型的正演计算,计算速度快,计算结果精度较高。
The interpolation accuracy and computing speed are simply compared with the correspondence Lagrange algorithm. 就插值精度和计算速度与对应的Lagrange插值算法作了初步的比较。
This method simplifies data processing and improves computing speed without grid. 这种方法在处理数据时,不需要划分单元、剖分网格,简化了数据处理,提高了计算速度,并可以解决某些有限元法所不能解决的问题。
Also, quick interval approximation strategy is adopted to accelerate computing speed. 另外,采用了快速区间逼近策略加快了计算速度。
The computing speed and convergence are compared with the artificial immune algorithm. 研究了该算法用于大型结构模型修正的计算速度、收敛情况并与人工免疫算法作了对比。
Therefore, by improving the algorithm, the system computing speed will be greatly improved. 所以通过完善算法,系统的运算速度还将还会大幅度提高。
The developments of information technology ( IT) ask for larger storage capacity and faster computing speed of computers. 信息技术(InformationTechnology,IT)的发展使得人们对计算机的存储能力和运算速度的要求不断提高。
So, this paper researches the aspects of computing speed and accuracy of state estimation. 因此本论文在状态估计的计算速度和估计精度方面进行了较为深入的研究。
Sundials-based Parallel Level-Set Kernel is introduced to increase the computing speed and accuracy. 3. 引入基于Sundials的并行水平集内核,提高计算速度和精度。
This method reduces the order of network, and improves computing speed and efficiency by parallel computation. 这种方法减少了网络维数,提高了计算的并行计算速度和效率。