遗传算发的具体应用 ，具有非常强大的功能，可以随便遗址，而不改变起功能，是一种很好的算法...

一些比较经典的算法分析，个人感觉非常的不错。-Some of the more classic algorithm analysis, the individual feels very good.

JDBC与JNDI的区别 :没有JNDI的做法存在的问题：1、数据库服务器名称MyDBServer 、用户名和口令都可能需要改变，由此引发JDBC URL需要修改；2、数据库可能改用别的产品，如改用DB2或者Oracle，引发JDBC驱动程序包和类名需要修改；3、随着实际使用终端的增加，原配置的连接池参数可能需要调整；4、-The difference between JDBC and JNDI: No JNDI approach problems: one, the database server name MyDBServer, user name and password may need to change, resulting in a need to amend the JDBC URL 2, the database may be to switch to other products, such as switch DB2 or Oracle, triggered JDBC driver package and class names need to be amended 3, with the actual use of terminals increases, the original configuration of the connection pool may need to adjust parameters 4,

Cortex_M3 user manual

一个vb编的计算机机房管理系统-a vb series of the computer room management system

Unix for Oracle DBAs

对磁盘高速存取(提速): RAID将普通硬盘组成一个磁盘阵列，在主机写入数据，RAID控制器把主机要写入的数据分解为多个数据块，然后并行写入磁盘阵列；主机读取数据时，RAID控制器并行读取分散在磁盘阵列中各个硬盘上的数据，把它们重新组合后提供给主机。由于采用并行读写操作，从而提高了存储系统的存取系统的存取速度-High-speed disk access (speed): RAID will be common to form a hard drive disk array, the host write data, RAID host controller to write data to be divided into multiple data blocks, and then write to the disk arrays in parallel the host to read data, RAID controller in parallel disk array read scattered in various hard drive data to regroup after they offered to host. As a result of parallel read and write operations, thereby enhancing the storage system access system access speed

ITU-语音编码文档G.723.1-The document of ITU-speech coder(G.723.1)

该书籍提供了典型的商业智能任务的端到端指导，主要分数据入库和多维数据分析两部分。通过学习可以了解怎样使用“DB2控制中心”和“数据仓库中心”创建仓库数据库以及运用OLAP Starter Kit 对关系数据进行多维分析。-the books of a typical business intelligence to the task of end-to-end guide, The major data warehousing and multidimensional data analysis in two parts. Through the study can understand how to use "DB2 control center" and "data warehouse centers" to create databases and storage operation Starter Kit with OLAP data related to the multi-dimensional analysis.

This paper addresses a stochastic-#ow network in which each arc or node has several capacities and may fail. Given the demand d, we try to evaluate the system reliability that the maximum #ow of the network is not less than d. A simple algorithm is proposed "rstly to generate all lower boundary points for d, and then the system reliability can be calculated in terms of such points. One computer example is shown to illustrate the solution procedure.-This paper addresses a stochastic-#ow network in which each arc or node has several capacities and may fail. Given the demand d, we try to evaluate the system reliability that the maximum#ow of the network is not less than d. A simple algorithm is proposed "rstly to generate all lower boundary points for d, and then the system reliability can be calculated in terms of such points. One computer example is shown to illustrate the solution procedure.

很不错的数字图像处理资料，包括图像基础、图像处理以及图像分析-very good digital image processing of information, including images based on image processing and image analysis