代码搜索：分集增益
找到约 717 项符合「分集增益」的源代码
代码结果 717
www.eeworm.com/read/339233/12248891
m cdma_codes产生扩频码随机、h、.m
%cdma_codes.m create a matrix of spreading codes
%产生扩频码
%returns C : L X K matrix of spreading codes
%
%
%given L : spreading gain扩频增益
% K_in : in-cell users蜂窝内的用户%
% K_out : out-of-ce
www.eeworm.com/read/218915/14902851
m cdma_codes产生扩频码随机、h、.m
%cdma_codes.m create a matrix of spreading codes
%产生扩频码
%returns C : L X K matrix of spreading codes
%
%
%given L : spreading gain扩频增益
% K_in : in-cell users蜂窝内的用户%
% K_out : out-of-ce
www.eeworm.com/read/463597/1536897
ini monitorobject_param.ini
[Objects]
ObjectNum=3
[Object1]
OID=0x04A1
Name=低噪放ATT:
[Object2]
OID=0x04A3
Name=功放ATT:
[Object3]
OID=0x04A7
Name=增益调节:
www.eeworm.com/read/463597/1536903
ini monitorobject_param.ini
[Objects]
ObjectNum=3
[Object1]
OID=0x04A1
Name=低噪放ATT:
[Object2]
OID=0x04A3
Name=功放ATT:
[Object3]
OID=0x04A7
Name=增益调节:
www.eeworm.com/read/369268/9657449
m inputfcn.m
function [filterout,truedata]=inputfcn(snr_in_dB,gold_seq,usernum,tempdata,dataleg)
Lc=31; %扩频增益kk
goldpn=gold_seq(1:usernum,:);
snr=10^(snr_in_dB/10);
sgma=1;
Eb=2*sgma^2*snr; %达到SNR时的
www.eeworm.com/read/419568/10860449
m 图1-4.m
%%%%%绘制的是《空时编码技术》上第一章的图1-4,基于蒙特卡罗的思想，书上的求期望，
%%%%%在程序里面是通过重复求n多次，然后求算术平均的方法实现的(接收分集,最大比合并)
clear;
for SNR=[1 sqrt(10) 10 sqrt(1000) 100 sqrt(100000) 1000] %信噪比
C=zeros(1,11);
i=1;
www.eeworm.com/read/166190/10030159
m chdihshu.m
function p=chdihshu(Gsys,Hsys,K)
%求当系统增益为k(i)时，系统的特征方程的根
sys=feedback(K*Gsys,Hsys); %用feedback函数求出系统的闭环传递函数
[num,den]=tfdata(sys,'v');p=roots(den);
www.eeworm.com/read/301588/13855705
m exa146.m
%exa146_zero_pole_gain.m for example 1-46
%zero/pole gain零极点增益
clear all;
b=[0.3 0.2];%system parameter
a=[1 -0.4 -0.7];%system parameter
zr=roots(b)
pk=roots(a)
g=b(1)/a(1)
% %exa146_zero
www.eeworm.com/read/403710/11512915
m ptssubcarriers.m
clear; close all;
K=8; % 用户数
M=[8 16 32 64]; % 每个用户bit数
L=8; % 扩频增益
V=4;
KK=1e3;
PAPR_PTS=zeros(4,KK);
for kk=1:1:KK
for m=1:1:4
www.eeworm.com/read/369268/9657427
m inputf.m
function [filterout,truedata]=inputf(snr_in_dB,gold_seq,usernum,tempdata,dataleg)
Lc=31; %扩频增益kk
goldpn=gold_seq(1:usernum,:);
snr=10.^(snr_in_dB/10);
sgma=1;
Eb=2*sgma^2*snr; %达到SNR时的E