此文件为电子书籍。求这里的trffic.rar急用。

神经网络PID控制算法仿真实例,有很好的参考价值-Neural network PID control algorithm simulation example, has a very good reference value

〈ASP.NET程序设计案例教程〉配套光盘，北京交通大学出版社 清华大学出版社 ，2005

《C语言嵌入式系统编程修炼之道》，介绍在嵌入式环境下的C编程，非常精辟！-err

c编程指导，内容全面合理-c programming guide, a comprehensive reasonable

《C C++程序员实用大全》配套光盘源代码 欢迎下载-"C C programmers practical Daquan" complementary CD welcome to download the source code

书名：《JavaScript语言精粹》。 这是一本介绍JavaScript语言本质的权威书籍，值得任何正在或准备从事JavaScript开发的人阅读，它也是为那些处于JavaScript新手水平并准备更深入了解这门语言的程序员准备的。- Title: JavaScript, The Good Parts. This is a JavaScript language describes the nature of the authority of the books, worthy of any being or preparing to engage in the development of people read JavaScript, it is also for those who are in JavaScript novice level and is prepared to a better understanding of the language of the programmer prepared.

：群智能是一种仿生自然界动物昆虫觅食筑巢行为的新兴演化计算技术。目前主要的群智能优化算法有蚁群算法、微粒群算 法和人工鱼群算法。本文介绍了群智能算法的产生、发展和优点，并着力阐述了上述三种典型算法的基本原理，同时概述了各 算法的应用现状，最后提出了算法将来有待研究的内容。-: Swarm Intelligence is a kind of bionic nature nesting animals foraging behavior of insects emerging computing technology evolution. At present, the main group of intelligent optimization algorithms are ant colony algorithm, particle swarm optimization and artificial fish-swarm algorithm. This paper introduces the intelligent algorithm groups the emergence, development and benefits, and focus on the three basic principles of a typical algorithm, the algorithm also provides an overview of the application of the status quo, the end of the algorithm to be the future contents of the study.

这是一本经典国外教材,关于算法的经典,本人从此受益匪浅,奉献给大家,希望有用-This is a classic foreign materials on the classical algorithm, I benefited from, and dedication to you and hope useful

：根据航空图像压缩系统的特点和要求，选择提升小波+SPIHT算法作为系统的实现方案。 为了提高算法的执行效率，对提升小波中的边界处理问题进行了合理简化，同时对SPIHT算法的实现 进行了改进。根据系统的实时性要求，选择TI公司的TMS320C6416 DSP芯片作为系统的实现内核，并 采用优化设计对关键代码进行优化，最后给出了系统的硬件实现框图。s-: According to the Aviation image compression system characteristics and requirements, choose the lifting wavelet+ SPIHT algorithm as a system implementations. In order to improve the implementation of the algorithm efficiency, improve the boundary treatment wavelet conducted a reasonable and simplified, while SPIHT Algorithm Has been improved. According to the system s real-time requirements, choose the TI s TMS320C6416 DSP chip as a system implementation of the kernel, and Using optimal design of key code optimization Finally, the system block diagram of hardware implementation.

用堆栈实现迷宫求解问题 基本思想: 若当前位置可以通过,则压入栈中,否则探求下一位置,若走不通,则回朔,迷宫大小:M*N.迷宫设置自定义。 求解迷宫问题的简单方法是：从入口出发，沿某一方向进行探索，若能走通，则继续向前走；否则沿原路返回，换一方向再进行探索，直到所有可能的通路都探索到为止。 为避免走回到已经进入的点（包括已在当前路径上的点和曾经在当前路径上的点），凡是进入过的点都应做上记号。-Maze with the stack to achieve the basic idea for solving the problem: If the current position can be adopted, in pressure, otherwise the next location to explore, if a dead end, then back to New Moon, the size of the maze: M* N. maze set up a custom. A simple maze to solve the problem is: starting from the entrance, along a certain direction to explore, can walk, then continue to move forward otherwise return along the same route, a direction for further exploration, until all possible pathways are exploring to date. In order to avoid going back to have access points (including the current path and current path in the point), all the points should be entered mark.