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国外权威调度算法教材第五版 peter brucker著

用计算机对离散事件系统进行仿真实验的方法。这种仿真实验的步骤包括：画出系统的工作流程图，确定到达模型、服务模型和排队模型（它们构成离散事件系统的仿真模型），编制描述系统活动的运行程序并在计算机上执行这个程序。离散事件系统仿真广泛用于交通管理、生产调度、资源利用、计算机网络系统的分析和设计方面。

OpenGL ES 3.0 Programming Guide(2nd Edition)配套源码，支持各个平台，编译通过，学习原书籍必备的资源。

没有谁能比C语言的发明者更了解C语言了，阅读此书，你能清晰的理解Ｋ＆Ｒ的伟大之处

Thoroughly revised and updated edition of this in-depth discussion of both video compression and communication technology Since the publication of Wireless Video Communications five years ago, the area of video compression and wireless transceivers has evolved even further. This new edition addresses a range of recent developments in these areas, giving cognizance also to the associated transmission aspects and issues of error resilience. In this revision of Wireless Video Communications, substantial new material has been added on areas such as H.264 and MPEG4 coding. Covering compression issues, error resilience, coding delay, implementational complexity and bitrate, the book also gives an historical perspective to video communication. Includes brand new, previously unpublished information on advances in the field of video compression and communications. Introduces substantial new material on H.264 and MPEG4 coding and their error resilience and transceivers. Illustrates the expected performance of various video codecs in the context of integrated wireless transceivers. Covers video compression, channel coding and transmission Postgraduates and researchers in communication systems, undergraduates and development engineers of video compression applications will all find this a highly informative read.

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Assembly Language for x86 Processors, 7E is intended for use in undergraduate courses in assembly Language Programming and Introductory courses in computer systems and computer architecture. This title is Also Suitable for Embedded systems programmers and engineers, Communication Specialists, game programmers, and graphics programmers. Proficiency in one other programming language, preferably Java, C, or C + +, is recommended.

介绍了如何在FactoryTalk_View_Site_Edition中使用VBA进行功能开发。

RISC_CPU是一个复杂的数字逻辑电路，但是它的基本部件的逻辑并不复杂。从第四章我们知道可把它 分成八个基本部件： 1)时钟发生器 2)指令寄存器 3)累加器 4)RISC CPU算术逻辑运算单元 5)数据控制器 6)状态控制器 7)程序计数器 8)地址多路器 各部件的相互连接关系见图8.2。其中时钟发生器利用外来时钟信号进行分频生成一系列时钟信号， 送往其他部件用作时钟信号。各部件之间的相互操作关系则由状态控制器来控制。各部件的具体结构 和逻辑关系在下面的小节里逐一进行介绍。 8.2.1时钟发生器 时钟发生器 clkgen 利用外来时钟信号clk 来生成一系列时钟信号clk1、fetch、alu_clk 送往CPU 的其他部件。其中fetch是外来时钟 clk 的八分频信号。利用fetch的上升沿来触发CPU控制器开始 执行一条指令，同时fetch信号还将控制地址多路器输出指令地址和数据地址。clk1信号用作指令寄 存器、累加器、状态控制器的时钟信号。alu_clk 则用于触发算术逻辑运算单元。 时钟发生器clkgen的波形见下图8.2.2所示： CLK CLK1 CLKGEN ALU_CLK FETCH CLK CLK1 ALU_CLK FETCH 图1. 时钟发生器 RESET RESET