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nearpiont
- 最接近点对问题是求二维坐标中的点对问题，该算法是为了将平面上点集S线性分割为大小大致相等的2个子集S1和S2，我们选取一垂直线l:x=m来作为分割直线。其中m为S中各点x坐标的中位数。由此将S分割为S1={p∈S|px≤m}和S2={p∈S|px>m}。从而使S1和S2分别位于直线l的左侧和右侧，且S=S1∪S2 。由于m是S中各点x坐标值的中位数，因此S1和S2中的点数大致相等。 递归地在S1和S2上解最接近点对问题，我们分别得到S1和S2中的最小距离δ1和δ2。现设δ=min(δ
queue_emulator
- 这是一个基于M/M/S类型的排队论仿真程序。M/M/S表示到达时间为负指数分布，服务时间为负指数分布，服务设备数量为S个的排队系统。 （1）到达模式：严格意义上讲是一个接着一个到达，而且到达时间间隔服从参数为mean_arr的负指数分布； （2）服务模式：服务台的数量为server_num,且每个服务台服务一个顾客的服务时间服从参数为mean_serv的负指数分布； （3）排队规则：满足先进先服务，服务快的先离开的规则。 -This is a based on the M / M
排队论mm1
- 排队论中的一个仿真程序，主要是用于仿真M/M/1、M/D/1模型。输入排队模型相关参量，返回计算结果。-It s a simulation in queueing, mainly using in simulating M/M/1 and M/D/1 module. Input the parameter about the module and return the result.
MMmsimulation.rar
- 这个是M/M/m队列系统仿真，由matlab 平台仿真的源代码,This is M/M/m queuing system simulation, simulation by matlab platform s source code
work.rar
- Matlab实现： Erlang B model(M/M/n/n)与 Erlang C model排队系统的模拟，并画出阻塞概率(P)与负载(A=lamda/miu in Erlang)的关系图。用法：运行RunMe,Matlab achieve: Erlang B model (M/M/n/n) and the Erlang C model simulation queuing system, and draw blocking probability (P) and load (A = la
2.rar
- M/M/m排队系统性能仿真代码matlab function r=randexp(lambda) r = -lambda*log(rand) ,M/M/m queuing system performance simulation code matlab function r = randexp (lambda) r =-lambda* log (rand)
simmm1
- SIMMM1 simulate a M/M/1 queueing system. Poisson arrivals of intensity lambda. Poisson service times S of intensity mu.
quantumcomputing
- Software for quantum computing in matlab. The software includes grover s algorithm for searching for a needle in the haystack i.e. there is one element of the database that we require-Software for quantum computing in matlab. The software includes gr
myAdder.m
- MYADDER M-file for myAdder.fig MYADDER, by itself, creates a new MYADDER or raises the existing singleton*. H = MYADDER returns the handle to a new MYADDER or the handle to the existing singleton*. MYADDER( CALLBACK ,hObject,e
m
- 该程序试图考察一组数据服从哪种分布（正态，指数或双边指数），并利用K-S检验对各种分布作了检验。-The program attempts to examine a set of data subject to which distribution (normal, exponential or bilateral index), and use KS test has been tested in a variety of distributions.
aliasing_for_time_domain_signal.m
- This package contains scr ipt to calculate aliasing for given time domain signal. scr ipt to plot in time domain the function: x(t)=A0cos(2pif0t)+A1cos(2pif1t) where fs1=300 Hz and fs2=150 Hz (sampling rate) A0 and A1 are amplitude s signal (a
vsfunc
- 用M文件S函数编写的变步长的连续时间变量的仿真-This example S-function illustrates how to create a variable step block in Simulink.
m-files
- 5 m-files 1:SQ.m : converts from s-domain to q-domain 2:ZQ.m : converts from z-domain to q-domain 3:sym2s : converts from symbolic to s-domain tf2str : Converts from Transfer function to string sym2str : converts from symbolic to string -
chengxu
- 找出蛋糕的制作方案（适当的Ri和Hi的值），使S最小。 输入 有两行，第一行为N（N<=10000），表示待制作的蛋糕的体积为Nπ；第二行为M(M<=20)，表示蛋糕的层数为M。 输出 仅一行，是一个正整数S（若无解则S=0）。-Find recipe program (appropriate value of Ri and Hi), the S minimum. Enter the two lines, first line N (N < = 10000), s
gold-sequence
- m序列产生子函数 gold序列产生子函数 自相关函数和互相关函数计算子函数 调用子函数[s,k,pn]=m(c,b0)产生第二条m序列-function [Rm]=Rm(golda,goldb) 自相关函数和互相关函数计算子函数 N=11 n=2^N-1 Rm(1)=sum(golda.*goldb)/n for k=1:n-1 Rm(k+1)=sum(golda.*circshift(goldb,[0,k]))/n end
MMSmteam
- 关于排队模型的matlab仿真，里面有M/M/s/k模型的仿真讲解和全部代码，可以供大家学习。-Queuing model simulation on matlab
banfangcha.m
- matlab的.m文件，对影像计算不同方向的经验半方差,检测某区域的空间异质性-matlab' s. m files, image computing experience of semi-variance in different directions to detect spatial heterogeneity of a region
Brake
- A simulink model for the vehicl s anti slip braking system. This model includes the most famous phenomenon in braking process like the selipping and it mesures many quamtities in braking process. -A simulink model for the vehicl s anti slip braking
sfuntmpl-S
- matlab中创建m文件-S函数需要的模板-matlab m-files-S function in the preparation of the template
S-Function
- s-function,支持c/c++/m文件等语言，交互性强-s-function