大大地

Simulation results are included to show that the optimal policy given by this method can well approach to the accurate one given by value iterative method on the case of having complete information, and the constringent rate of policy is quickly than others.

仿真表明，该算法所求解的控制策略与用值迭代法在模型已知的情况下，所求得的最优策略非常逼近，且该算法使得策略的收敛速度大大地加快了。

This good function, We mankind, Can reduce the disease consumedly

这一种好作用，我们人类，就可以大大地减少疾病！

The results show that the method can restrain the influence of the earthed resistance enormously.

仿真结果表明，这种方法可以大大地减少过渡电阻对故障选线的影响，使得选线结果准确可靠。

Today the eschatological fire of the model is, if not extinguished, considerably dampened.

今日，这个模型的末世之火，如果尚未熄灭，至少也已被大大地泼了盆冷水。

Based on the analysis of the network, automatization and competition of the auction, the concept of overtime and history information are introduced from the point of the view of the organizer and the competitor, aimed at it can't response the trade of auction effectively; and while existing incomplete information, the efficiency of the auction is low without consider the history information. This paper put forward a MAS flow frame and a negotiated algorithm that make the responsers of the auction participate in the negotiation honestly and actively. Both the efficiency and hyalinization among the responsers have been enhanced.

文章在分析拍卖方式网络化、自动化、竞争化的基础上，从拍卖请求方和能力竞争方的角度，引入拍卖过程中的超时思想和Agent合作的历史信息对拍卖任务得不到及时的处理和由于拍卖方和竞买方的信息不对称，没有考虑历史信息的情况下成交效率太低进行分析、研究，提出一种多Agent拍卖流程框架和协商算法，从而使得在拍卖中各响应者都以积极并诚实的姿态参与协商，以致大大地提高了协商效率，且增加了响应者之间的透明性。

The continuities of interlaminar stresses are satisfied at the interlaminar surface and the number of degrees of freedom per node is independent from the number of layers.

这样，大大地减少了整个结构的有限元模型中的未知参数，使问题的求解既具有必要的精度，又大大节省了计算机的资源和计算时间。

When the forward and inversed computations are conducted at the same time, the distribution of hydro geologic parameters can be determined with increased accuracy of flow field study.

正演计算和反演计算同时进行，不但确定了水文地质参数分布，也大大地提高了流场研究的精度。

There are so many things that make our life heavy and messed-up. Too complicated thinking, too lumbersome burden, disordered bothering, and too much temptation, all these things stop us, and ruin us severely in an invisible way.

人生中有时我们拥有的内容太多太乱，我们的心思太复杂，我们的负荷太沉重，我们的烦恼太无绪，诱惑我们的事物太繁重，大大地妨碍了我们，无形而深刻地损害着我们。

In organic double layer capacitor, it is easy to form a layer of nonconductive oxide material which make the resistance increased between current collector and activated materials when aluminum foil is used as current collector.

在有机电解液双电层电容器中，用铝箔作为集流体时，在铝箔的表面容易生成一层难导电的氧化膜，使得集流体和活性物质之间的接触电阻大大地增加，降低了电容器的整体性能。

As a result, for feed-forward NN model this paper first proposes the concepts of"attractor"and"attraction region","fake attractor"and"fake attraction region", and norm of describing"attraction region". Further this paper presents a mathematics method of calculating feed-forward NN"attraction region", it solves the overelaborate job of checking NN fault-tolerance performance by testing all detecting samples, so to test fault-tolerance performance using theoretic characteristic norm is an important break. In accordance with feed-forward NN low fault-tolerance and difficult to satisfy practical application, according to practical application theory, this paper presents an actual method of enhancing NN fault-tolerance performance, builds the mechanism of reconstructing NN model based on combining NN and fuzzy process, reforms NN "fake attractor"and"fake attraction region"to enhance NN fault-tolerance performance greatly.

为此，本文首先给出了前馈NN模型的&吸引子&和&吸引域&，&伪吸引子&和&伪吸引域&的定义，以及描述吸引域的指标，在此基础上提出了一种计算前馈NN模型&吸引域&大小的数学计算方法，该方法提出解决了目前依靠对检测样本的测试工作来检验NN容错性的繁琐工作，而用具理论意义的性能指标来检验，这是一个重要的突破；针对前馈NN容错性较低以致难于满足实用的缺点，根据NN实用稳定性理论，提出了一种提高其容错性的实用方法，建立了基于NN与模糊处理相结合的NN模型重构机制，重构NN&伪吸引子&和&伪吸引域&来大大地提高NN的容错性。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。