进行中的

BIOS update as a result of failure or CIH virus damage caused by the BIOS, if guided block (Award BIOS as the BIOS Boot Block, Phoenix BIOS called Flash Recover boot Block) has not been damaged, can be made to re-boot disk set BIOS (site specific methods can refer to the relevant articles, will not repeat them here), if the boot block is also damaged, the available hot-swap method or by the use of security programmer repair.

由于 BIOS 刷新失败或 CIH 病毒造成的 BIOS 受损的问题，如果引导块(Award BIOS 中称为 BIOS Boot Block 、 Phoenix BIOS 中称为 Flash Recover boot Block)未被破坏，可用自制的启动盘进行重新刷新 BIOS(具体方法可以参考本站的相关文章，这里就不再赘述)，假如引导块也损坏的话，可用热插拔法或用利用编程器进行安全的修复。

This paper presents a method of NAT port switch. For fast mode, negotiation of packets encapsulation methods is used by increasing field in SA payload. In the process of negotiation of encapsulation method, this paper solve the problem of updating the upper check sum through the use of NAT-OA data packets.

对于快速模式的修改，通过在SA载荷中增加字段的方法来进行数据包封装方式的协商；在封装方式协商的过程中，通过使用NAT-OA数据包，使得通信双方即使经过了NAT转换，依然可以进行正确的校验，解决了NAT无法更新上层校验和的问题。

The second part makes an innovative study of the soul of traditional Chinese graphics in the respect of "shape","essence", and "implication". The first element to be emphasized is "shape", which is mainly concerned with lineal designs and convolute designs in traditional graphics, the main two ethical factors employed in traditional Chinese design. The "shape" is a relatively complete and minute system. What is included in "essence" is to convey the effect of lucency and artistic conception in traditional plastic art, which embodies traditional Chinese philosophy and its aesthetic taste. The "implication" part makes a detailed analysis of the informative function of the particular ethical graphics from the perspective of disseminative theory. The third part is my application of the three elements in designing.

第二部分是本文的创新之处，分别从"形"、"神"、"意"三方面对传统图形的精髓进行探讨，"形"主要提取了传统造型元素中的线和具有中国民族风格的构成形式——回旋形进行着重分析，有较为详细而完整的结构体系；"神"主要结合中国的传统哲学和审美思想对中国传统造型所追求的空灵、意境进行论述，"意"主要从传播学的角度对传统图形所特有的民族信息传达功能进行分析研究。

The main job and contribution of this paper are as follows:Based on narrowband signal processing, we propose a new method for FH signal blind detection and blind parameter estimation. Firstly, compute the cross-correlation function of FH signals from multichannels, then we get the cross power spectral density matrixCSDM Secondly, select the hops of FH signals from the CSDM via processing and analyzing the CSDM, meanwhile reduce the influence coming from noise, fixed frequency signal and other interferences; Lastly, estimating the DOA of every hop and according to the DOA, we can separate the hops, get the number of FH signals and their parameters. Propose a new method for designing the threshold in FH signal detection. This method makes it easy to get the threshold by theoretic computing and it can extremely reduce the interference of non-FH signals.Based on broadband signal processing, we propose a new method for FH signal blind detection and blind parameter estimation. Firstly, get the DOA of the signals by wideband spatial spectrum estimation; secondly, separate the signals by spatial filtering using wideband beamformer; Lastly, we propose two methods for FH signal blind detection and blind parameter estimation, one is for several constant hop-rate FH signals whose dwell-time are different and another is for a single FH signal whose hop-rate is alterable.By employing spatial interpolation in broadband signal beamforming, it can reduce the number of antenna elements and corresponding RF modules, A/D converters, etc. It can also eliminate the mutual coupling between antenna elements while getting the narrower main beamwidth and lower sidelobe level.

本文的主要研究工作和贡献如下：●提出了一种基于窄带处理的FH信号盲检测和参数盲估计的实现方法，即首先求出多路信号之间的互相关，进而得到互功率谱密度矩阵，然后通过对CSDM进行对折处理来抑制噪声、定频信号及其他干扰的影响，并将所有属于FH信号的hop(每一跳的驻留时间在时频图上持续的线段)从CSDM中筛选出来，最后用阵列信号处理中的到达方向估计理论在频域中估计出各个hop的方向参数，利用方位信息完成FH信号分离并得到FH信号的数目及其各自的参数集；●提出了一种确定FH信号检测门限的策略，该策略不仅使得检测门限能够通过理论计算得到，而且还显著地抑制了非跳频信号的干扰，从而能有效地检测出FH信号；●提出了一种基于宽带处理的短波FH信号盲检测和参数盲估计的实现方法，即首先利用宽带空间谱测向技术得到接收信号的DOA，然后采用宽带波束形成技术对特定方向进行空间滤波，实现多个信号的分离，最后分别提出了两种FH信号的盲检测和参数盲估计方法，第一种方法适用于空间某个特定方向上存在着几个驻留时间不同的恒跳速FH信号和其他干扰信号的混合信号，第二种方法适用于空间某个特定方向上仅含一个可变跳速的FH信号和噪声的混合信号；●将空间插值的概念和宽带波束形成技术结合起来，提出了一种基于频域处理的宽带恒定束宽的波束形成方法。

Firstly relied on the "Principal-Agent" theory, it will go through the microcosmic model analysis of corrupt behavior, including the avail analysis of "Defalcation corrupt behavior" and the equilibrium analysis of "Rent-seeking corrupt behavior", and then it will conclude some important factors which influence the corrupt behavior, such as the probability to be lighted, the salary of the officials, the degree and extent of the punishment and so on.Then it will go deep into the institutional analysis of the complicated corrupt phenomena. Relied on the institutional economics, this text will expound elaborate that during the compelling transformation of institutions, the structure of public power has an essential change. On the one hand, government has given up much public power; on the other hand, the cooperation mode between the government, the market and the society has not been perfected. So on account of the unbalance of public power structure, the disfigurement or blankness of the institutions was one of the vital institutional causes of the corruption.

首先以"委托——代理"理论为依托，对"贪污型腐败行为"和"寻租型腐败行为"进行微观的模型分析，通过对"贪污型腐败行为"的效用分析和"寻租型腐败行为"的均衡分析，推导出影响腐败行为的几个主要因素，如腐败的查处概率、政府官员的薪金、惩罚力度、个人的风险态度、租金的来源、市场主体的自主性、对行贿者的惩戒力度等等；接着对当前普遍而复杂的公共权力腐败现象进行深入的制度分析，运用制度经济学的理论，分析我国在强制性制度变迁过程中公共权力架构发生了本质的转变，政府在市场化的进程中一方面确实下放了很多公共权力，但另一方面市场和社会并没有充分发展起新的协作模式以弥补制度变迁过程中形成的制度缺陷或制度真空，因此，公共权力架构的失衡所形成的制度缺陷或制度空白成为了当前腐败蔓延的制度原因。

At least in the beginning of 21 century Logic Study will focus on the following topics: common sense inference which is paraconsistent, nonmonotonic and defeasible; generalized inductive inference and inductive logic; generalized intentional logic, especially epistemic logic; natural language understanding and logic of natural language.

如何使机器人具有人的创造性智能，如从经验证据中建立用于指导以后行动的可错的归纳判断？（3）如何进行知识表示和知识推理，特别是基于已有的知识库以及各认知主体相互之间的知识而进行的推理？（4）如何结合各种语境因素进行自然语言理解和推理，使智能机器人能够用人的自然语言与人进行成功的交际？等等。

Firstly, we briefly introduce the assembly model, analyze and evaluate the typical assembly model. Secondly, we propose a new-layered assembly model which is based on discrete face. At last, we briefly discuss how to use the DENEB system to abstract the information from the CAD model and how to add constrain information to the DENEB model.

首先，对装配模型进行了简要介绍，并对当前典型的装配模型及其特点进行了介绍和分析；其次，结合本文提出的装配规划算法提出了基于离散面片的层次化装配模型；最后，简要介绍了如何通过DENEB系统对CAD模型中的信息进行抽取以及如何添加约束信息。

This text combine the actual conditions of Agricultural Bank of China FuShun Branch, analyzed the organization structuring; workflow, personnel structure, salary system, etc. Takes the administration as the visual angle, uniting the contemporary business administration combine strategic objective of Agricultural Bank of China FuShun Branch. The problem is diagnosed and analyzed to corporation human resource management, and then proposes improving proposals and schemes. The original researches aim the resting with help enterprise overcomes defect in the human resource management implements in dispensability step and the administration system, guarantees that the business continue to develop speedily.

本文结合抚顺市农业银行的实际情况，对抚顺市农业银行内部的组织机构设置、工作流程、人员结构、薪酬制度等进行分析，以管理学为视角，结合现代企业管理理念，并结合抚顺市农业银行的战略目标，对抚顺市农业银行人力资源管理中存在的问题进行诊断和分析，进而提出改进建议和方案，目的在于帮助抚顺市农业银行实施必要的措施和管理制度，克服人力资源管理中的不足，确保抚顺市农业银行持续快速发展。

Firstly, we introduce the technology of seismic geometric attribute for fault identification detailedly at home and abroad. Secondly we study the coherence, texture,curvature attribute and tricolor display technology of RGB to identify fault; In the part of coherence,we compare the traditional algorithms with model and actual data,mainly study the geometric structural tensor and wavelet multi-scale sub-frequency coherent algorithm; In the part of texture attribute, we introduce texture energy, texture contrast, texture entropy and texture homogeneity attribute.By merging texture attributes of different directions,the effect are more clear; In the part of curvature attribute,we study and analyze fractional-order curvature attribute's extraction and its application in fault identification; The RGB display technology mainly introduces how to merge multi-attributes in order to getting more richer and more clearer information.

首先具体先容了地震几何属性识别断层技术的国内外研究现状；然后分别研究了相干属性、纹理属性、曲率属性和RGB三原色显示技术来识别断层；其中相干属性通过模型和实际资料对传统相干体算法进行了对比，重点研究了几何结构张量相干体算法和小波多标准分频相干体算法；纹理属性主要先容了纹理能量、纹理对比、纹理熵和纹理一致性属性，通过对不同方向的纹理属性进行融合，效果更清楚；曲率属性重点分析了分波数曲率属性提取及其在断层识别中的应用；RGB三原色显示技术则主要先容了如何进行多属性融合来或得更丰富、清楚的信息，在此基础上开发了基于。

Thirdly, it collect the ship mechanical accidents of the main Chinese shipping company ,and then sorts them out as four items: equipmentname, typical trouble, monitoring parameters, consequence; uncovers the internal relation among man,machine,circumstance and management, establishes a relation database between condition monitoring and typical trouble for the engine-room equipments ; refering to the SMSC-2000 marine engine-room simulator in Shanghai Maritime University, it divides the engine-room system into eight subsystems, designs the monitoring interfaces which is marked with the monitoring parameters, detects the running engine-room machine by use of trouble analysis and information syncretizing, and builds up the condition monitoring system of engine-room machines.

其次，对近十几年来的国内主要航运企业中的重大船舶机损事故搜集，按设备名称、典型故障、监测参数和后果进行整理、分析和总结；揭示了船舶机损事故中人、机、环境和管理之间的内在联系：以我院的轮机模拟器SMSC-2000参照，把船舶机舱各设备划分为8大系统，确定了标注有监测参数的各系统简图，并运用信息融合和故障诊断技术对机舱重要设备的运行状态进行监测，建立起机舱设备的运行监测系统。再次，提出了以人、机、环境和管理四大安全要素为评估指标，给出了四者间的权重系数计算方法，提出了线性加权综合模型来最终对机舱设备进行安全评估，得出安全等级，指导船舶管理人员进行管理。

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。