时间上的

And then, in the foundation of the overseas scholars'study, I study RP and the CRP methods for visualization the dynamics characteristic of the phase space track as well as the complexity degree algorithm of chaos time series——ApEn algorithm. Applying these two methods based on the VB program we analyze separately the data which is obtained from complex financial system model and Lorenz system, and obtain several new recurrence plots and cross recurrence plots. This provides the graph gist of determination complex intrinsic characteristic. The results establish the foundation for exact and further division of chaos time series.

接下来，在国外学者研究的基础上，基于混沌时序形象化相空间轨迹的动力学特征的分别研究了RP和CRP方法以及判定混沌时间序列的复杂度算法的ApEn算法，基于VB程序应用这两种方法分别对Lorenz系统及实际的一类复杂金融系统模型所得到的数据进行了分析，得到了几个较为新的复原图和相干复原图，这对于判定时序数据的复杂内在特性提供了图形上的比对依据，研究结果为混沌时序的准确和进一步分类奠定了基础。

The paper analyses material transportation problem and give the solvable methods; analyses delivery vehicle route problem, and then construct its corresponding mathematical model and present a heuristic algorithm based on C—W algorithm; analyses the optimum scheduling problem of trucks, and then construct its corresponding mathematical model and put forward a new algorithm; analyses the Postal Transportation Problem which will perhaps be used in supply chain of manufacturing system, and then construct its corresponding mathematical model and present an approximation algorithm.

分析了制造系统供应链中供需平衡、供需不平衡、有转运等各种情况下的物资调运问题，给出了求解方法；分析了制造系统供应链配送作业中的配送车辆路线问题，建立了相应的数学模型，提出了一种基于C-W算法的启发式算法，该算法较好地解决了有时间约束的配送问题；分析了制造系统供应链中的货运卡车优化调度问题，建立了相应的数学模型，提出了一种基于表上作业法的求解算法；分析了制造系统供应链中有潜在利用价值的邮政运输方式问题，在详细描述了该问题的基础上，建立了相应的数学模型，提出了一种近似求解算法，该算法较好地解决了邮政运输方式这样的多种物流、多种运输方式，有严格时限和众多外部约束的特大型、复杂、并行的交连系统的计划调度问题。

That is to utilize general MPI programming environment, program on the NHBL parallel computational model, analyze and predicate the running cost of program by using the cost function of this model, and analyze the scalability of program by using the time-scale scalability metric. Finally, we analyze the numeric algorithm example---matrix multiplication and the nonnumeric algorithm example---PSRS sorting on Dawning-1000 MPP and NHPCC-cluster NOW system by using the integrative method.

提出了将并行计算模型、算法、编程进行一体化的研究的方法，即利用通用的标准的MPI编程环境，将编程建立在NHBL并行计算模型上，并且利用该并行计算模型的评价函数进行分析、预测程序的运行代价，再利用时间比例的可扩放性分析方法来分析程序的可扩放性性能；最后我们用PSRS排序算法和矩阵乘法这两个典型的数值和非数值的算法，在曙光-1000并行机和NHPCC-Cluster工作站集群上进行了一体化的分析。

Let us therefore consider a master of a family with all these subordinate relations of wife, children, servants, and slaves, united under the domestic rule of a family; which, what resemblance soever it may have in its order, offices, and number too, with a little common-wealth, yet is very far from it, both in its constitution, power and end: or if it must be thought a monarchy, and the paterfamilias the absolute monarch in it, absolute monarchy will have but a very shattered and short power, when it is plain, by what has been said before, that the master of the family has a very distinct and differently limited power, both as to time and extent, over those several persons that are in it; for excepting the slave (and the family is as much a family, and his power as paterfamilias as great, whether there be any slaves in his family or no) he has no legislative power of life and death over any of them, and none too but what a mistress of a family may have as well as he.

所以，让我们在家庭规则之下来考虑家庭的主人与所有妻子，孩子，仆人和奴隶的从属关系；家庭，无论在它的秩序，各种职务以及人数方面多么的类似于一个小国家，然而在它的构造，权力和目的方面与国家是相去甚远的：或者如果一定要把它想成一个君主国，家长是绝对君主的话，这个绝对君主国也仅仅拥有零碎和短暂的权力，因为根据前面的论述，很明显：家庭主人对其余人的有限权力，无论在时间上还是在范围上与君主的权力都是截然不同的；因为除了奴隶，他没有对任何人的生命和死亡拥有立法的权力，女主人也同样没有。

Dynamic programming algorithm was introduced to solve the problem. Based on discussion of calculation complexity and effectiveness, the exact DP Algorithm was successfully used in operative schedule of the collecting bucket in multi-car-single-layer mode, which has few service nodes. For problems with large number of service nodes, restricted DP algorithm was constructed to avoid rapid expand in calculation and memory demands during programming process. The restricted DP algorithm, successfully used in single-car-multilayer and compound service modes, gets balance between near optimal programming results and reasonable programming time, so as to meet the real time schedule demands.

文中首先在TSP-STW问题的动态规划模型基础上，论述了计算机精确动态规划解法的求解策略和方法以及算法的有效性和复杂性，并将其成功应用于服务节点数相对较少的多小车单层配药服务模式中集中料斗的集药动作规划；在进行服务节点数较多的单小车多层服务模式中取药小车的运动规划时，为限制计算量和存储空间需求的迅速膨胀，引入以合理限制动态规划算法在每一阶段保留的最大状态元素数为核心的有限动态规划法，以便在求解结果的优化程度和规划时间上取得均衡，达到实时调度的要求。

This article is mainly a discussion on the spiritual damage compensation for close relatives of victim under the situations of damage to right of life, damage to the right of health and damage to the right of personality of the dead, which is based on an introduction and comparison of the concerned foreign legal regulations and academic theories and in combination with the legal practice in China Wherefore the author put forwards his own ideas as following: first, Under the condition that there is a distance of time between injury and death, the close relatives of the dead shall inherit the right of claim for spiritual damage compensation of the dead for the suffering before his death, in addition to their own intrinsic right of claim for spiritual damage compensation; The second, under the condition that the inflictor has caused the disablement of the sufferer or serious damage to his health, the close relative in a limited cycle of the sufferer should be granted with the right of claim for spiritual damage compensation, which is confirmed in law and becomes a practice in foreign countries; The third, since the aim of the law to protect the personality of the dead from infringement is to protect the benefits of the close relatives of the dead and to maintain public benefits, is constituted on the personality of the dead the close relative of the dead may initial legal proceeding for spiritual damage compensation.

探讨以介绍和比较国外相关法律规定和学术理论为前提，结合我国的实际情况，从理论与实践相结合的角度对以上各问题分别进行了分析，并提出了作者自己的一些见解：第一、在公民从受伤害到死亡有一段时间距离的情形下，死者的近亲属除依法享有其固有的精神损害赔偿请求权以外，还可以继承死者生前就其所受之精神损害而享有的精神损害赔偿请求权；第二、在加害人的行为已造成直接受害人残疾，或者是造成其健康严重受损的其他后果的情形下，我国应在借鉴国外已有立法和判例的基础上，赋予一定范围内的受害人近亲属以精神损害赔偿请求权；第三、法律保护死者人格不受侵害的目的是为了保护死者近亲属的利益和维护公共利益，一般情形下，只要死者近亲属能证明其诉讼主体的合法性，能够证实侵害"死者人格"的行为已构成侵权，即可推定死者近亲属因此而遭受了精神痛苦——无须举证的"名义上的精神损害"，死者近亲属即可提起精神损害赔偿之诉。

According to tentative,if grass hand is a sort of process of movement that it was mastered by person,and was condensed on rice paper to show being'mood,well then how is it before wrote and after wrote?

根据假说，如果草书是人用毛笔把人的主观情绪用人的掌控毛笔的运动过程，从而凝固在宣纸上的线条来返照人的情绪的表象，那么书写前与书写后的空间与时间的位置上发生的变化到底是如何的呢？

As to multi-layer reservoirs,each layer can be divided into three areas:area of gravel-packing,area of perforation and area of radial flow.Each area has its own governing equaiton and the solution is expressed by Green function.The well bore pressure and layer-rate is given through Green function in Laplace space.The pressure drop and skin factor isobtained also in each area.

根据多层砾石充填完井的渗流特点，将每个产层在径向上分成3个区域，即砾石充填区、射孔区、地层径向流区，每个区域有各自的渗流方程，对n层油藏有3n个渗流方程，将每个区域的方程用Green函数来表示，由各层的Green函数得到井筒混合压力、分层压力及分层产量在Laplace空间上的解，最后得到每层各区域的压力损失、表皮系数以及井底压力和分层产量与时间的变化关系。

We show that over timescales ranging from 500～10000 years, allele frequency data for polymorphic allozymes reveal a consistent loss of genetic diversity along invasion routes, confirming the role of glacial refugia as centres of genetic diversity over these timescales, and that populations in the invaded range are more subdivided genetically than those in the native range of each species.

从500～10 000年的时间尺度上，多态的等位酶位点上等位基因频率的数据表明：1）遗传多样性沿入侵路线呈不断下降的趋势，支持了冰河期避难所作为遗传多样性中心的作用；2）入侵地区的种群与该物种原产地的种群相比，遗传上的分化更为强烈。

The "Apologia" describes it, In every part of the country, and every class of society, through every organ and opportunity of opinion, in newspapers, in periodicals, at meetings, in pulpits, at dinner-tables, in coffee-rooms, in railway-carriages, I was denounced as a traitor who had laid his train, and was detected in the very act of firing it against the time-honoured Establishment.

& &纵容&形容，&在每一个国家的一部分，每一个阶层的社会，通过每一个器官和机会的意见，在报纸，期刊，会议上，在pulpits ，在晚宴上表，在咖啡室，在铁路车厢，我是谴责，作为一个汉奸谁奠定了他的列车，发现在非常的行为，这对射击的时间由来已久的建立。

Do you know, i need you to come back

你知道吗，我需要你回来

Yang yinshu、Wang xiangsheng、Li decang,The first discovery of haemaphysalis conicinna.

1〕 杨银书，王祥生，李德昌。安徽省首次发现嗜群血蜱。