Enfora' s latest GPRS product specifications documentation

提出了一种IEEE 802.16系统中基于预留的MAC层资源调度方法,可以有效的解决IEEE802.16系统中 高优先级业务过多占用优先级业务带宽而带来的不公平性问题。仿真结果表明,与原有资源调度算法相比,这种 算法能够在满足各种业务对QoS要求的同时,具有更好的公平性和更高的带宽利用率。 -An IEEE 802.16 system, the MAC layer based on the reserved resource scheduling method can effectively solve the IEEE802.16 system of high-priority business occupy too much bandwidth priority business brought about by the issue of unfairness. The simulation results show that the original resource scheduling algorithms, this algorithm can meet a variety of business on the QoS requirements at the same time, has better fairness and higher bandwidth utilization.

蚁群算法基本原理，改进蚁群算法等的详尽资料，很全面！-The basic principles of ant colony algorithm to improve the ant colony algorithm, such as detailed information, very comprehensive!

我们做微机硬件综合实验做的一个交通信号灯实时控制系统设计，很好哦！还附有实验报告．-A traffic lights real-time control system design of the micro computer hardware experiment.PS:contain the experiment report-computer hardware comprehensive experiment done a real-time traffic signal control system design, good oh! Also experiment with the report.- A traffic lights real-time control system des ign of the micro computer hardware experiment. PS : contain the experiment report

一个数据课程设计开发文档，有代表性。内容丰富-Curriculum design and development of a data documentation, they are representative. Rich in content. .

这个是GRAPHCUT的另外一个非常重要的应用，-GRAPHCUT This another very important application, ha ha ha ha.

这些程序挺有意思的 也很实用 有意者有空考可下载-these procedures are quite interesting the very practical Interested parties can download the time take a look at

autocad shx 格式文件说明！-autocad shx format note!

JAVA压缩技术可能有些小错误不是本人写的-Java compression technology may be some minor errors than I write

我写的一个大字体字库访问程序，类似于shxvier，显示方面简单一些主要面向字库的应用，字库索引按照区位码顺序做了调整，有兴趣的看看吧.^_^-I wrote a large font library visit procedures, similar to shxvier. a simple display of some of the major application-oriented font, font Index location code with the order made adjustments interested let"s see it. ^ _ ^

* 用拉格朗日插值法依据N个已知数据点即使函数值 * 输入: n--已知数据点的个数N-1 * x--已知数据点第一坐标的N维列向量 * y--已知数据点第二坐标的N维列向量 * xx-插值点第一坐标 * 输出: 函数返回值所求插值点的第二坐标 -* Use Lagrange interpolation method based on N-known data points even function* Input : n-- known data points the number N-1* x-- known data points of the first N-dimensional coordinates listed Vector* y-- Known number stronghold of the second N-dimensional coordinates listed Vector* xx-point first interpolation* Coordinate output : function return values for the second interpolation point coordinates