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h perform_moment_transform.h
// header file for perform_moment_transform
#include
#include "config.h"
#include
#include
#include
#include "gram_schmidt.h"
#include "matrix.h"
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c bitmat.c
/*----------------------------------------------------------------------
File : bitmat.c
Contents: bit matrix management
Author : Christian Borgelt
History : 09.06.2002 file created
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readme
SparseLib++ v. 1.6: Numerical Sparse Matrix Classes in C++
SparseLib++ is a C++ class library for efficient sparse matrix computations
across various computational platforms. The software
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m ex892.m
%----------------------------------------------------------------------------%
% Example 8.9.2 %
% to solve a static beam deflection usin
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m ex891.m
%----------------------------------------------------------------------------%
% Example 8.9.1 %
% to solve a static beam deflection usin
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m felpaxt3.m
function [k]=felpaxt3(r1,z1,r2,z2,r3,z3)
%-------------------------------------------------------------------
% Purpose:
% element matrix for axisymmetric Laplace equation
% using three
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asv mytest.asv
%%%% 本程序思想:初步认定为频域加窗的FFT(FAM)算法,运用信号与其复共扼频谱相乘的方式来表达循环谱。处理信号为运用BPSK调制产生的
%数据设置部分
Rb=2; %码源速率
Ts=1/Rb; %码源间隔
L=2^6; %单位时间内信号抽样点数
num=16; %一个段落中码源个数
N=num*L; %一个段落内总的抽样点数 (1024)
f0= ...
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m bpsk_v1.m
%数据设置部分
Rb=2; %码源速率
Ts=1/Rb; %码源间隔
L=2^6; %单位时间内信号抽样点数
num=16; %一个段落中码源个数
N=num*L; %一个段落内总的抽样点数 (1024)
f0=16; %载波频率
dt=Ts/L; %抽样时间间隔
df=1/(dt*N); %频率间隔
Bs=df*N/2; %带宽
f
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m mytest.m
%%%% 本程序思想:初步认定为频域加窗的SSCA算法,运用信号与其复共扼频谱相乘的方式来表达循环谱。被处理信号为运用BPSK调制产生的码源序
%%%% 列。关于频率f和循环频率alfa的表达式计算值得关注(只与采样频率有关)。
%数据设置部分
Rb=2; %码源速率
Ts=1/Rb; %码源间隔
L=2^6; %单位时间内信号抽样点数
num ...
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m anal1.m
function [E,Nc,mCe,mC,T] = anal1(M,D,st,s);
%
% Ph.D. Thesis
% Copyright by Leandro Nunes de Castro
% March, 2000
% Immune Network (iNet) - Description in iNet.doc
% Function determines the Mi