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c_inference_ver2.2
- The package includes 3 Matlab-interfaces to the c-code: 1. inference.m An interface to the full inference package, includes several methods for approximate inference: Loopy Belief Propagation, Generalized Belief Propagation, Mean-Field
Split_radix
- FFT的分裂基算法,很详细的注释,花了两天的时间。希望对大家有帮助-The Split-radix FFT algorithm, a very detailed notes, spent a couple of days. We want to help
Cell
- 细胞分裂问题 某种生命周期为5小时的水藻细胞繁殖能力很强。新细胞经过两小时变成成熟细胞,并分裂出一个新细胞。第三小时分裂能力最强,可以又分裂出两个新细胞,第四小时又分裂出一个新细胞。五小时后死亡。 (1)假定开始只有一个新水藻细胞,分别输出从1至30小时后的细胞总数。(屏幕输出结果即可) (2)一个新水藻细胞100小时后变成多少个细胞?(屏幕输出结果即可) (提示:1至6小时后的细胞总数分别为:1,2,4,6,9,16)-The issue of cell division of
cordic
- cordic methods describe essentially the same algorithm that with suitably chosen inputs can be used to calculate a whole range of scientific functions including sin, cos, tan, arctan, arcsin, arccos, sinh, cosh, tanh, arctanh, log, exp, square root a
meshgeneration
- 计算用网格剖分程序,利用Bowyer-Watson method 法剖分,生成Delaunay网格-Calculation mesh generation procedure, and use law split Bowyer-Watson method to generate Delaunay meshes
boxcount
- A set (e.g. an image) is called "fractal" if it displays self-similarity: it can be split into parts, each of which is (at least approximately) a reduced-size copy of the whole. A possible characterisation of a fractal set is provided by the "box-
DivideAndConquer_Algo
- 1. 依照介面提示輸入yes 或 no 2. 每局結束後會印出你心中猜想的兩個數字並計算當次花費的回合數 3. 每局之間可連續 本程式採用的演算法策略為divide-and-conquer algorithm 1. 先將範圍盡量縮小,優先程序為先從小範圍求出一解 2. 盡量以2的次方數取範圍做分割尋找一個數字時,平均最佳的方法必是二分法。 因此如何以最小步數找到第一個解?若搜尋範我採用的方法,就是以最小步數先尋找到一個解,接著再用二分法找出剩餘的一個解。為了讓
taozihouweiti
- 1979年,诺贝尔奖获得者李政道教授到中国科技大学讲学,他给少年班的同学出了这样一道算术题:有5只猴子在海边发现一堆桃子,决定第二天来平分.第二天清晨,第一只猴子最早来到,它左分右分分不开,就朝海里扔了一只,恰好可以分成5份,它拿上自己的一份走了.第2,3,4,5只猴子也遇到同样的问题,采用了同样的方法,都是扔掉一只后,恰好可以分成5份.问这堆桃子至少有多少只.据说没有一个同学能当场做出答案.李教授说用常见的方法计算很繁,问题的关键在于打破常规思维. 。 -In 1979, Nobel Priz
CSharp_LineSegmentSplitter
- An algorithm is proposed to split a single-pixel-width connected line graph into line segments by the Hit-and-Miss transformation (HMT). Firstly, junction points and free end points are detected by a set of HMTs. Then, line segments are traced betwee
gaojingdu
- 高精度算法,属于处理大数字的数学计算方法。在一般的科学计算中,会经常算到小数点后几百位或者更多,当然也可能是几千亿几百亿的大数字。一般这类数字我们统称为高精度数,高精度算法是用计算机对于超大数据的一种模拟加,减,乘,除,乘方,阶乘,开方等运算。对于非常庞大的数字无法在计算机中正常存储,于是,将这个数字拆开,拆成一位一位的,或者是四位四位的存储到一个数组中, 用一个数组去表示一个数字,这样这个数字就被称谓是高精度数。高精度算法就是能处理高精度数各种运算的算法。 -High-precision
Cloumn
- 统计文件中某行的列数,列与列间以分割字符sign区分。使用fortran语言编写。-Statistics document the number of columns in a row, column and column to split between the characters sign distinction. Using fortran language.
WENOPLFPRK
- 利用5阶有限差分weno结合LF流通量分裂,3阶runge-kutta求解双马赫反射、黎曼问题、界面不稳定性问题-Order finite difference weno combination of LF liquidity split third-order runge-kutta to solve the double-Mach reflection, the Riemann problem for interface instability
FB_Str_Split
- 字符串拆分元源码。把全局变量或者字符串变量(split)分解为n个值,这样协助解决1个输出变为多个输出。-The string split yuan source. Global variable or a string variable (split) decomposition of n values, so to help solve an output into multiple outputs.
test1
- 假设有两种微生物 X 和 Y X出生后每隔3分钟分裂一次(数目加倍),Y出生后每隔2分钟分裂一次(数目加倍)。 一个新出生的X,半分钟之后吃掉1个Y,并且,从此开始,每隔1分钟吃1个Y。 现在已知有新出生的 X=10, Y=89,求60分钟后Y的数目。 如果X=10,Y=90 呢? 本题的要求就是写出这两种初始条件下,60分钟后Y的数目。-Suppose of two microbial X and YX split time (dou
srfft
- 计算复序列的分裂基快速傅里叶变换,分裂基快速算法是将基2和基4分解组合而成。在基2M类快速算法中,分裂基算法具有最少的运算量,且仍保留结构规则、原位计算等优点。-Calculate complex sequence of split radix fast Fourier transform, fast algorithm is to split the base base 2 and base 4 decomposition combination. 2M fast algorithm in t
prouf-
- 正方体球体和圆柱体在无数次分割的情况下 的表面积与体积之比-Cube spheres and cylinders in the case of split numerous times the surface area to volume ratio
SPSA
- Simultaneous Perturbation Stochastic Approximation Algorithm to solve the signal time include cycle length and offset and green split in the signalized. -Simultaneous Perturbation Stochastic Approximation Algorithm to solve the signal time include cy
golden_Interior-Point-Method
- 用黄金分割法和内点法对给出函数的极小点进行求解并验证。-Gold split method and the interior point method to give the function of the minimum point is solved and verified.
