主流手持设备方案―S3C2442－SC32442。

自动化应用－－直流电动机和交流发电机控制系统设计，环境为MATLAB-automation applications-- DC motor and alternator control system design environment for MATLAB

流媒体 Scalable Video Coding 可分级视频编码 会议论文 清华大学课程指定阅读文献-An Overview of Scalable Video Streaming.pdf An Efficient Complexity-Scalable Video Transcoder with Mode Refinement.pdf Improved Interlayer Prediction for Scalable Video Coding.pdf ……

讲述以ALTERA公司的FPGA为核心，基干SOPC技术的嵌入式攒像机的设计-described in the company Altera FPGA as the core, SOPC skeleton embedded bloggers like Machine Design

设有n项独立的作业{1,2,…, n},由m台相同的机器加工处理。作业i所需要的处理时间为ti。约定：任何一项作业可在任何一台机器上处理，但未完工前不准中断处理；任何作业不能拆分更小的子作业。多机调度问题要求给出一种调度方案，使所给的n个作业在尽可能短的时间内由m台机器处理完。设计算法。 -Stand-alone operation with n items (1,2, ..., n), by m units the same machine processing. Job i the processing time required to ti. Convention: any one job can be processed on any machine, but does not pre-completion are not allowed to interrupt processing any operation can not be split smaller sub-operations. Multi-machine scheduling problem requires paper, a scheduling program, so that given the n-operation in the shortest possible time processed by m machines. Design algorithms.

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高速电路越来越普及，EMC和EMI的问题也受到重视．-High-speed circuits is becoming increasingly popular, EMC and EMI problems be taken seriously.

东兰的协同工作流文档，值得参考-East Portland cooperative work flow documentation, reference should

树是由n(n≥0)个结点组成的有限集合T。n=0的树称为空树；对n>0的树，有:(1)仅有一个特殊的结点称为根结点，根结点没有前驱结点；(2)当n>1时，除根结点外其余的结点分为m(m>0)个互不相交的有限集合T1,T2，…，Tm，其中每个集合Ti本身又是一棵结构和树类似的子树。 -Tree is n (n ≥ 0) consisting of nodes finite set T. n = 0 of the tree known as the empty tree for n> 0 of the tree, there is: (1) has only one special node called the root node, root node there is no precursor node (2) when n> 1 when, with the exception of root node except the node is divided into m (m> 0) a finite set of mutually exclusive cross-T1, T2, ..., Tm, one of each set Ti is itself a structure and are similar subtree tree .

IBM 笔记本T60 T40 X60详细设计图纸，可以了解其中设计精华-IBM laptop T60 T40 X60 detailed design drawings, can understand the design essence of which

1、 生产者―消费者问题是一种同步问题的抽象描述。 2、 计算机系统中的每个进程都可以消费或生产某类资源。当系统中某一进程使用某一资源时，可以看作是消耗，且该进程称为消费者。 3、 而当某个进程释放资源时，则它就相当一个生产者 -one, producer-consumer problem is a problem of synchronization of the abstract description. 2, the computer systems of each process can consumption or production of certain resources. When a process system using a resource, can be seen as expendable, and the process known as consumers. 3, and when a process to release resources, then it is a producer