均匀分布序列的产生

大数相乘，可以解决超过大整数的问题-multiply large numbers, can be resolved over the issue of large integer

高斯算法用c实现，源代码-Gauss algorithm c realized, the source code

SPHysics is a platform of Smoothed Particle Hydrodynamics (SPH) codes inspired by the formulation of Monaghan (1992) developed jointly by researchers at the Johns Hopkins University (U.S.A.), the University of Vigo (Spain), the University of Manchester (U.K.) and the University of Rome La Sapienza (Italy). Developed over a number of years primarily to study free-surface flow phenomena where Eulerian methods can be difficult to apply, such as waves, impact of dam-breaks on off-shore structures.

数值分析中的简单迭代法求方程根问题（迭代公式为[1+1；x]），程序中含方程输入和根显示界面。-Numerical analysis of a simple iterative method for equation of the root problems (iterative formula [1+ 1 x]), process input and root equation containing display.

根据赋值为阈值，求解首次穿越时间，全网首发，学习随机动力学的同学可以尝试运行一下，本代码为原创，如果有更好的意见，给以留下邮箱，多多交流

也是一个不错的SVM实现算法。经常有人要用的-is a pretty good SVM algorithm. Frequent use of

应用背景Massive multiuser MIMO (MISO): ◮ M ≫ K ≫ 1 (think 100 × 10 or 500 × 50) ◮ coherent, but simple, processing ◮ Potential to dramatically improve rate & reliability ◮ Potential to drastically scale down TX power ◮ Not only theory, at least one known testbed (64× ∼10) 关键技术 Massive MIMO Operation Not enough resources for pilots & CSI feedback, so operate in TDD. ◮ On the uplink, ◮ acquire CSI from uplink pilots and/or blindly from data ◮ detect symbols ◮ M ≫ K ⇒ linear processing (MRC, ZF, MMSE) nearly optimal ◮ On the downlink, ◮ use CSI obtained on the uplink ◮ make necessary adjustments based on reciprocity calibration ◮ apply multiuser MIMO precoding ◮ simple precoders desirable (and very good!): MRT, ZF, MMSE, ... ◮ MRC/MRT operation ◮ intracell interference will appear as

螺旋矩阵的生成，vc6.0 螺旋矩阵的生成，vc6.0-spiral matrix generation, vc6.0 spiral matrix generation, vc6.0

基于朴素贝叶斯算法的文本分类器，使用java语言编写。可以使用搜狗的文本库作为样本数据库。整个代码的结构层次感很强，结构清晰，对于学习贝叶斯分类器的学习者有较大的帮助，尤其可在短时间内快速的上手，并获得仿真结果。。

背景 你玩儿过扫雷游戏吧？有个操作系统中带了这个小游戏，那个系统叫什么来着？;-)在游戏中要想过关，就必须要在一个 NxM 的区域上找出所有的地雷。游戏过程中，计算机会在地图上显示一些数字从而帮助你确定哪里有地雷。例如，在下面这个有两颗地雷的 4x4 的地图（*表示地雷）： *... .... .*.. .... 根据上面的地图，可以计算出应该提供给游戏者的数字如下所示： *100 2210 1*10 1110 每个数字表示了该方格周围到底有几个地雷，当然，一个方格周围最多的时候只会有八个。 输入 输入中将包括一系列的地图，每个地图的第一行有两个整数 n 和 m（0