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   程序运行时间 的翻译结果: 查询用时:0.396秒
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程序运行时间
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  program running time
     Reserchers working at program analysis find that loop is kernel of applications such as multimedia, and almost occupies 90 percents of whole program running time.
     同时程序分析研究发现:对于多媒体处理等许多领域,循环是程序的核心,几乎占据90%以上的程序运行时间
短句来源
  running time of program
     Furthermore,a genetic algorithm was presented in accordance with the characteristics of the equivalent model and was verified by an actual example,the running time of program being less than 100 s.
     根据等价模型特点,设计了求解该问题的遗传算法,并用实例进行了验证,其程序运行时间不超过100 s.
短句来源
  “程序运行时间”译为未确定词的双语例句
     In order to further improve the quality of circuit partitioning, The terminate condition of KL algorithm is improved and the deduction procedure of some related formulas are presented, which makes the improvement save about 1/2 running time in getting the same solution.
     为提高电路划分的质量,对KL电路划分算法运行的终止条件进行改进,给出相关的公式推导过程,使得算法找到同样的解节省1/2的程序运行时间
短句来源
     Based on the result of the WCET (Worst Case Execution Time) analysis, assisted with software such as the operating system or the compiler, real-time dynamic voltage scaling makes use of the dynamic variability of the execution time of a program, and effectively reduces the power consumption of real-time system.
     基于WCET(Worst Case Execution Time)分析的结果,在操作系统或者编译器等软件的辅助下,实时动态电压调节利用程序运行时间的动态变化,有效地节省了实时系统的能量消耗。
短句来源
     The proceeding time of the modified algorithm of 3D assignment problem is largely reduced, and the accuracy of data association can be improved by 3%-5%.
     改进的3D分配算法既大幅度降低了3D分配问题的拉格朗日松弛算法的程序运行时间,又可将目标互联准确率提高3%~5%。
短句来源
     As the communication between DSP and peripheral equipment immolate the time of program run as the cost, AT89C51 single chip is applied to control the mutual interface of the key display and serial communication, which reduce the operation time in the velocity measurement process.
     由于DSP与外围设备通信总以牺牲程序运行时间为代价因此本系统又采用AT89C51单片机完成对于键盘、显示、串口通信等交互界面的控制,明显减少了测速过程中的运算处理时间。
短句来源
     CPU architecture is more and more complex, brings great challenge for traditional program's worse case execution time (WCET) analysis to calculate program's execution time.
     CPU体系结构越来越复杂,令传统的程序最大执行时间分析(worsecaseexecutiontime,WCET)方法越来越难准确估计出程序运行时间
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  相似匹配句对
     Quick Measurement on Time-comsuption in Program-running
     快速测量程序运行时间
短句来源
     The multithreading technology was used to reduce the time of program operation.
     多线程技术的应用缩短了程序整体运行时间
短句来源
     Program
     会议程序
     A Disk Copy Program
     磁盘拷贝程序
短句来源
     Testing of the Execution of the Task
     测试任务运行时间
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  program running time
In addition, the user can re-calculate these tables 'on the fly' for arbitrary matrices with a moderate increase in program running time.
      
In addition, alignment anchors can be used to reduce the program running time.
      
Table 9 shows the program running time for the seven programs that we tested in our study.
      
The time complexity of the algorithm is discussed theoretically, and the program running time is reported for various test examples.
      


This paper presents a fast real-time scheme for computing the Lagrange-Eulerdynamic equations with respect to the link coordinate systems of a robot manipulator.This method of computation is more efficient than those methods of references〔1〕#〔3〕.For a robot manipulator with six degrees of freedom,the number of operationsto obtain the complete dynamic equations is at most 893 multiplications and 719 additionsby themethod given in this paper.Although the number of operation of the methodgiven in this paper is...

This paper presents a fast real-time scheme for computing the Lagrange-Eulerdynamic equations with respect to the link coordinate systems of a robot manipulator.This method of computation is more efficient than those methods of references〔1〕#〔3〕.For a robot manipulator with six degrees of freedom,the number of operationsto obtain the complete dynamic equations is at most 893 multiplications and 719 additionsby themethod given in this paper.Although the number of operation of the methodgiven in this paper is theoretically about 40 multiplications more than that of theNewton-Euler method,the run time of programming is evidently shorter than that ofthe Newton-Euler method.

本文给出了一种相对于机器人各臂坐标系,计算 Lagrange-Euler 形式的机器人动力学方程快速实时方法。在计算上,这种新方法比文献〔1〕~〔3〕中的方法更有效,计算量更小。对于一个六自由度的机器人,它的计算量至多为893个乘法与719个加法。尽管在理论上这种方法的计算量比 Newton-Euler 方法的计算量(852个乘法与738个加法)约多40个乘法,伹实际程序运行时间比 Newton-Euler 方法短。

A careful analysis of the lifting process of a pneumohydraulic screw press is carried out and a mathematical model is developed. As the system is not operated about a stable point, the range of variation of the variables is wide during lifting. A simulating program for directly solving the state equations using the fourth-order Runge-Kutta method is written. In order to deal with the ill-conditioned equation, a "sectioned state" method has been used in the program, thereby greatly saving the program running...

A careful analysis of the lifting process of a pneumohydraulic screw press is carried out and a mathematical model is developed. As the system is not operated about a stable point, the range of variation of the variables is wide during lifting. A simulating program for directly solving the state equations using the fourth-order Runge-Kutta method is written. In order to deal with the ill-conditioned equation, a "sectioned state" method has been used in the program, thereby greatly saving the program running time. Calculation and test carried out on a 630 kN pneumohydraulic screw press show that the simulating error is less than 10%.

本文对气液螺旋压力机的提升过程作了动力学分析,建立了提升过程的数学模型,编制了用四阶Runge-Kutta方法直接求解状态方程组的仿真程序.为解决“病态方程”的问题,在仿真程序中采用了“状态分段法”,使计算工作量显著减少,程序运行时间明显缩短.对630kN气液螺旋压力机的参数进行了仿真计算和实测,其结果表明,仿真误差小于10%,能满足工程计算要求.

ELNF calculus is a functional/logic calculus system which based on LNF calculus by extending it to include logic programming ability. It is the base of the functional/logic programming language RFUNLOG. This paper introduces the interpreter implementation technique of ELNF calculus, include data structure, system structure and the design idea of each modular. At last, the run time of several typical programs under this interpreter system is also presented.

ELNF演算是我们在LNF演算的基础上扩充逻辑程序设计能力而得到的一种函数/逻辑演算系统,它构成了作者设计的函数/逻辑语言RFUNLOG的基础.本文介绍ELNF演算的解释实现技术,包括数据结构、系统结构以及各个模块的设计思想.最后给出了在此解释系统下,几个典型程序的运行时间.

 
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