完整性的目的，我们将开发完整的分代算法。
For the purpose of completeness we will develop the complete generational algorithm.
在计算型腔温度时采用选代算法，同时分析注塑动模和定模。
As both the moving and the stationary parts of an injection mold should be handled simultaneously, an iterative method was used to calculate the temperature.
证明了这类选代算法的收敛性，讨论了它的事先误差估计式和事后误差估计式。
The convergence of the iterative algorithm is proved, prior and posterior error estimation is discussed.
引入自修正选代算法，用编制FLSAC大变形程序，对S．M．W支护结构的受力和变形特征进行了分析。
The large deformity program (FLSAC) is authorized with introducing self-modify iterative arithmetic, using it the deformity and passive pressure characteristic of shoring structure with S.
论文在MATLAB环境下，利用其快速的复数矩阵运算功能，实现了文中所提的分层前推回代算法，并取得了非常明显的速度效益。
In this paper, this algorithm is realized by making full use of fast plural matrix operation function of MATLAB, and the increase of that speed is also outstanding.
而埃米的下一代程序埃米利·豪厄尔，已经不是简单的利用重组算法来组合出新的结果，而是有了一个更加具有合作性的突破。
The daughter program of Emmy, dubbed Emily Howell, takes a more cooperative approach with Cope rather than simply churning out new scores based on recombination algorithms.
仿真还可以允许对机器人控制系统进行革新，这依赖于很多代控制系统的随机排列（遗传算法可以证实这一点）。
Simulation also allows the evolution of robotics control systems, which depend on random permutations of the control system over many generations (as demonstrated by genetic algorithms).
SunJDK使用一种称为卡片标记（card marking）算法的改进算法以标识对老一代对象的字段中包含的指针的修改。
The Sun JDKs use an optimized variant of an algorithm called card marking to identify modifications to pointers held in fields of old-generation objects.
Train算法是JDK用于增量收集的算法，它在堆中老的代和年轻的代之间创建一个新区域。
The algorithm used by the JDK for incremental collection, the Train algorithm, creates a new section of the heap between the old and young generations.
在上个世纪九十年代的早期，作为并行算法的演示案例，Leiserson小组的成员设计了一个在秒钟级就可以完成计算的国际象棋程序，并参加了1995年的计算机象棋大赛。
In the early 1990s, as a demonstration of the power of parallel algorithms, members of Leiserson's group designed a chess-playing program that finished second in the 1995 computer chess championship.
它使其他的算法看上去还停留在1990年代。
SUN的JVM1.3.1使用分代垃圾收集算法。
SUN's JVM 1.3.1 USES a generational garbage collection algorithm.
运用概率论和数理统计方法，确定了第二代红外线热轴判别标准的几个主要参数的计算机算法。
Finally several parameters for second generation infrared hot-box alarm criteria are determined by means of the probability theory and the mathematical statistics.
CRC12代码，查表法和计算法比较，可以得出明确的时间效应。
CRC12 code look-up table method and computation of comparison, it is clearly time effect.
本文介绍了应用在新一代气象卫星数据传输过程中的加解密算法，并讲述了应用软件实现地面解密的过程。
The encryption and decryption algorithm of data processing for our new generation meteorological satellites is introduced, and the decryption process realized by software is described.
算法引入模拟退火机制，在遗传进化过程中的每一代，对最优个体进行邻域局部寻优，利用模拟退火进一步改善算法的收敛性能。
Simulated annealing mechanism is introduced to do local-search for the best chromosome in every generation of the evolution process. This improves the convergence of the algorithm.
然后，在线部分采用超代遗传算法（HGGA）优化输入量化因子和输出比例因子，缩短算法运行时间，加快收敛速度。
In the on-line part, the quantization factors and the proportion factor are optimized by the hyper generation GA(HGGA)for reducing the computation time.
使用仿射变换内点回代技术的信赖域子空间算法解线性不等式约束的非线性优化问题。
We present an affine scaling trust region algorithm with interior back - tracking and subspace techniques for nonlinear optimizations subject to linear inequality constraints.
提出了一种基于时域加权的新的非叠代优化算法，用于重构经过采样示波器测量的阶跃信号、脉冲信号等。
A new non-iterative algorithm with time-domain weighting is described for reconstructing fast, step-like, or impulsive signals that have been measured with a sampling oscilloscope.
算法还采用多父体杂交策略，每代只产生一个新个体、淘汰一个最差个体，精英个体自动留存。
And the strategy of multi - father hybrid is used for producing a new individual, eliminating a old individual and saving the elite individual in each generation.
本文讨论的部分算法己经在新一代的空中交通管制系统中得到了实用，获得了较好的效果。
The algorithms we discuss above had already applied in Air Traffic Control System and get a good effect.
最后提出了笔者对新一代并行计算机系统上设计计算几何并行算法的看法。
Finally, some of the author's viewpoints on computational geometry on modern parallel computers are presented.
视频运动对象的自动分割是实现新一代对象基视频编码标准MPEG - 4的重要技术，本文提出了一种基于帧内图像分区的运动对象自动分割算法。
Automatic segmentation of moving objects in video sequences is a significant technology for implementing emerging object-based video coding standard MPEG-4.
视频运动对象的自动分割是实现新一代对象基视频编码标准MPEG - 4的重要技术，本文提出了一种基于帧内图像分区的运动对象自动分割算法。
Automatic segmentation of moving objects in video sequences is a significant technology for implementing emerging object-based video coding standard MPEG-4.
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