使优化

Of electric current, voltage and resistor what can make up programmed control to make electric current, voltage and power is accurate read time use within transient state simulative generator of buy pulse form is successive as laden as pulse job has the synchronism outside complete protective function to spark input higher power can shunt-wound job can make, electronic load is all Agilent Dc that the solution of stand-alone of ideal equipment Agilent of power cell and batteries capacity test offers your place to need all sorts of dynamic and laden application undertook optimizing.

电流、电压及电阻的可编程节制电流、电压及功率的切确读回用于瞬态模拟的内置脉冲形发生器陆续与脉冲负载工作存在完整的保护性能外同步触发输入较高功率可并联工作可使到高达240V的负载可利用单输入或多输入主机箱 3年保修期 Agilent直流电子负载是测试与评估直流电源，功率元件和电池容量测试的理想行动措施 Agilent单机解决方案供给您所需的一切 Agilent dc电子负载为各类动静负载应用进行了优化。

In chapter three, the passive vibration control of a smart cantilever beam with piezoelectric shunt damping system is studied theoretically. In this chapter, the mechanical impedance of piezoelectric shunt damping system is analyzed, and the parameters of the RLC piezoelectric shunt circuit are optimized via transfer function of the piezoelectric shunt damped beam in order to optimize the vibration damping effect.

第三章。研究了利用压电分流阻尼系统进行压电智能悬臂梁被动振动控制的方法，分析了压电分流阻尼系统的机械阻抗，并通过传递函数方法对RLC串联压电分流谐振电路元件的参数进行了优化，以使压电分流阻尼系统的阻尼效果达到最优。

Then, we take forward to the Distributed Merging Algorithm, a hierarchical structure to discover the stream synopsies from all leaves to root node, through setting the precision gradient to optimize the communication load and overhead of distributed system.

并提出了基于Lossy Counting算法的、分布式的合并算法DMA的一种分层结构来发现从叶子结点直至根结点的概要结构，并通过设置精确梯度使网络数量最小及数据中心和网络链接所消耗的计算资源最小来优化分布式系统的通信负载。

The gravity revetment structure of inland waterway was optimized by enlarging the fore－ toe of bottom slab, increasing the cantilever length of the back heel, reducing the thickness of bottom slab, deepening the depth of fore－ toe, improving the reverse filter and setting block stone.

通过加大底板前趾、后踵悬臂长度，减薄底板厚度，加深前趾深度，改进倒滤棱体，增设摆石等措施，使内河航道重力式护岸结构得到了优化。

In chapter 3, a reliability-based optimization method based on kriging reliability analysis and semi-infinite programming is developed.

本章以kriging模拟技术为基础结合半无限规划方法，将随机变量和非随机变量等同考虑，实现了结构可靠性分析和结构优化设计的一体化，在保证计算精度的同时使计算效率得到较大提高。

Autonomous computing technologies transform multi-sensor data to precision information and enable products and systems to intelligently monitor, predict, and optimize its performance and ultimately perform self-maintenance activities autonomously.

自主处理技术将多种传感器数据转化为精确的信息，使产品和系统的智能监测、预测成为可能，并优化它的性能，最终自主地执行自维修行为。

Parallel execution helps systems scale in performance by making optimal use of hardware resources.

并行执行能够优化硬件资源的使用，从而使系统性能具备可伸缩性。

Finally, the mathematical model of multi-objective optimization for "Canister Rifle hitched on the Gun" is established and the main parameters are optimized, which shows that a rational matching of power and recoil can be achieved by adjusting the structural parameters and charging condition of the ammunition.

优化结果表明，通过调整结构参数和弹药的装填条件，可使武器的威力和后坐力实现比较合理的匹配。

The reliability constrains are transformed as the normal constrains by means of the distributed function method and reliability coefficient method.

利用分布函数法和可靠性安全系数法分别对可靠性约束进行显示化处理，使之转化为常规约束进行优化设计。

This structure has been optimized to achieve an outstanding insulation of the active part composed of a proof mass, a vibrating beam and two articulations.

该结构通过优化设计使由一个质量块、一根振梁和两个挠性铰链组成的活动部分具有很好的振动隔离效果。

Lugalbanda was a god and shepherd king of Uruk where he was worshipped for over a thousand years.

Lugalbanda 是神和被崇拜了一千年多 Uruk古埃及喜克索王朝国王。

I am coming just now,' and went on perfuming himself with Hunut, then he came and sat.

我来只是现在，'歼灭战perfuming自己与胡努特，那麼，他来到和SAT 。