数字通信权威书籍，伯克利教材！！！很有有用的

CLLIB is a varied collection of Common lisp tools and routines in CLOCC. Includes:  â–  "guess the animal" game; simple neural net (AI)  â–  autoload function and snarfing autoloads from other files  â–  basic definitions: package and path  â–  base64 encoding and decoding (data format)  â–  Rolodex: BBDB/vCard handling  â–  check values and types of the elements of a list  â–  Common Lisp HyperSpec access  â–  read/write CLOS object

SHOOTING METHOD SOLUTION

很经典的算法，自己看看吧，也是别人作的。-classic algorithms, and let"s see it themselves, but also for the others.

误差分析的方法有多种，这是一种先验估计误差的方法，较以往的“向前误差分析”在矩阵运算的舍入误差估计上有较好的结果，以而使矩阵的误差分析获得了突破性的进展，使不少用向前误差分析难于判定可靠性的数值方法获得新的进展。特别值得一提的是，在工程技术界，经常使用几种不同的计算方法，甚至使用实验方法进行比较，从而确定计算结果的可靠性，这也是一种有效而实用的方法。-error analysis by a number of means, which is a priori estimation error method, compared to the previous "Forward Error Analysis" in the matrix calculation error into the homes a better estimate on the results of a matrix so the error analysis of a breakthrough in the progress, many with forward error analysis can be difficult to determine on the numerical method to achieve new progress. Particularly worth mentioning is that in the engineering technology sector, often use several different methods of calculation, or even the use of experimental methods, in order to determine the reliability of results, which is also an effective and practical method.

C++动态规划的算法例子，找零钱的经典问题编程-C++ Dynamic programming algorithm for example, to find the classic problem of small change programming

离散傅立叶反变换 (ＩＤＦＴ)及其快速算法 (ＩＦＦＴ)通常是针对一般的复数序列定义和推导的 , 而在实际应用中 ,进行时频分析的信号大多是实数信号 ,即实序列。 是基于C语言编写的基于时间抽取的基二实序列FFT傅里叶变换算法和IFFT傅里叶反变换算法。

这是基于CTMF改进的快速中值滤波算法，在该算法上进行了优化和改进成C++版本，在PC上可以达到实时的速度，对于去噪，消噪方面有着非常显著的效果。

在MATLAB环境中运行的两种Newton插值法-Newton

相场模拟薄膜异质外延，外延薄膜的失稳包括弹性能和表面能的竞争，然后，薄膜表面在微小扰动的情况之下，由于薄膜释放与衬底失配导致的应力，而失稳。我们通过相场模拟出了这个变化。程序包括，非均匀弹性场的计算和半隐谱的差分方法

模拟退火算法通用类,改编自TSP问题求解，采用Java5范式来表示解，需要实现：评估算法，获取当前解的领域，detalT【温度变化值】，loopCount【循环次数】可调，更原始类型参看SACompute-Simulated annealing algorithm generic categories, adapted from the TSP problem solving, using Java5 solution paradigm to express the need to realize: To evaluate the algorithm, the field of access to the current solution, detalT value] [temperature changes, loopCount] [cycles adjustable, more primitive type of See SACompute