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mintreek
- 图论中最小生成树Kruskal算法 及画图程序 M-函数 格式 [Wt,Pp]=mintreek(n,W)：n为图顶点数,W为图的带权邻接矩阵，不构成边的两顶点之间的权用inf表示。显示最小生成树的边及顶点, Wt为最小生成树的权,Pp(:,1:2)为最小生成树边的两顶点,Pp(:,3)为最小生成树的边权,Pp(:,4)为最小生成树边的序号 附图,红色连线为最小生成树的图 例如 n=6 w=inf*ones(6) w(1,[2,3,4])=[6,1,5] w(2,[3,5
电梯调度
- 用vc编写的用来模拟操作系统中电梯调度算法的程序。-The ones that wrote vc used the procedure of dispatcher s algorithm of the lift in the simulation operating system.
操作系统——PCB模拟代码
- 这是帮别人做的程序，模拟操作系统中进程控制块（包括多道系统中动态优先级进程调度和动态内存分配），用tc2.0做的，带有图形界面和简陋的控制台。现在把源代码贴出来。-This to help procedure that others make, simulation operating system process control piece (whether including many dishes of system dynamic PRI process dispatcher and d
NativeExcel3.0.22
- NativeExcel v3 for Delphi (Version 3.0.22 18-Aug-2011) NativeExcel v3.x is a high-performance solution for Delphi Developers that allows writing of new Excel spreadsheets and reading of existing ones. NativeExcel does not require installed Microsoft
testdtw(zhu)
- function dist = dtw(t,r) n = size(t,1) m = size(r,1) 帧匹配距离矩阵 d = zeros(n,m) for i = 1:n for j = 1:m d(i,j) = sum((t(i,:)-r(j,:)).^2) end 累积距离矩阵 D = ones(n,m) * realmax D(1,1) = d(1,1) 动态规划 for i = 2:n
NativeExcel-v3.07---NikaSoft-(Full-Source)
- NativeExcel v3.x is a high-performance solution for Delphi Developers that allows writing of new Excel spreadsheets and reading of existing ones. This upload contails NativeExcel v3.07 incl. Full Source Code!
analoge_high_pass
- In oreder to compare Impulse Invariance method charactristics for transformation analogue filters to digital ones in highpass and bandpass and lowpass formats,here are 6 M-files that simulate a third order butterworth filter analyizing impulse respon
ComponentBuilder
- Component Builder for Delphi (3 different ones zipped into one file) Full Source
Gnostice_PDFtoolkit_VCL_ProPlus_v2.5
- Gnostice PDFtoolkit 2.5 VCL Copyright © 2002-2007 Gnostice Information Technologies Private Limited -Gnostice PDFtoolkit is a powerful component set for Borland® Delphi™ and Borland® C++Builder™ developers to help manage PDF documents from
BCD_conversion_routines
- Binary-to-BCD. Written by John Payson. Enter with 16-bit binary number in NumH:NumL. Exits with BCD equivalent in TenK:Thou:Hund:Tens:Ones. org $0010 Start of user files for 16c84- Binary-to-BCD. Written by John Payson.
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- An image is represented as a two-dimentional array of coefficients, each coefficient representing the brightness level in that point. When looking from a higher perspective, we can t differentiate between coefficients as more important ones, and less
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- An image is represented as a two-dimentional array of coefficients, each coefficient representing the brightness level in that point. When looking from a higher perspective, we can t differentiate between coefficients as more important ones, and less
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- An image is represented as a two-dimentional array of coefficients, each coefficient representing the brightness level in that point. When looking from a higher perspective, we can t differentiate between coefficients as more important ones, and less
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- An image is represented as a two-dimentional array of coefficients, each coefficient representing the brightness level in that point. When looking from a higher perspective, we can t differentiate between coefficients as more important ones, and less
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- An image is represented as a two-dimentional array of coefficients, each coefficient representing the brightness level in that point. When looking from a higher perspective, we can t differentiate between coefficients as more important ones, and less
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- An image is represented as a two-dimentional array of coefficients, each coefficient representing the brightness level in that point. When looking from a higher perspective, we can t differentiate between coefficients as more important ones, and less
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- An image is represented as a two-dimentional array of coefficients, each coefficient representing the brightness level in that point. When looking from a higher perspective, we can t differentiate between coefficients as more important ones, and less
978-7-122-06061-7
- 本书内容深入浅出、图文并茂、理论与实训紧密结合，各章之间既相互联系又相对独立，读者可根据需要选择阅读。本书每章内容都包括两部分，一部分为理论讲解，以丰富多样的实例作为支撑；另一部分为与理论部分配套的MATLAB仿真实训，本部分与理论部分前后呼应，同时密切结合生产实践。-The Guide book illustrations, theory and practical training closely, both among the various chapters of interconne
example4_3
- 例3：分析占空比为ta的矩形脉冲频谱 T=1 时间窗大小 ta=0.5 占空比 N=256 t=linspace(-T,T,N) ts=2*T/N fs=1/ts -x=zeros(1,N) x(N/2-round(N/2*ta):N/2+round(N/2*ta))=ones(1,2*round(N/2*ta)+1) y=fft(x,N) figure plot(t,x) title([ 时域信号图 占空比为 ,num
lex_simple
- 简单的lex编程，详细见英文描述 Running the Lex program 1. Write the Lex specifications as described above in a file, say, prog1.l 2. On moon.cse.yzu.edu.tw, do the following: flex prog1.l (Produces lex.yy.c as the output) gcc lex.yy.c -lfl (Compi