文件名称:CalcCINR
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- 上传时间：2013-03-16
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Calculate CINR in physical layer in MATLAB.
clc clear all close all
N = 1
R = 10
D = sqrt(3*N)*R
angleValue = [pi/6 (3*pi)/6 (5*pi)/6 (7*pi)/6 (9*pi)/6 (11*pi)/6]
c = 3*10^8
carrierFreq = 900*10^6
lambda = c/carrierFreq
baseHeight = 30
mobileHeight = 2
pathLossExponent = 3
shadowingValue = 0
transmitPower = 10 -Calculate CINR in physical layer in MATLAB.
clc clear all close all
N = 1
R = 10
D = sqrt(3*N)*R
angleValue = [pi/6 (3*pi)/6 (5*pi)/6 (7*pi)/6 (9*pi)/6 (11*pi)/6]
c = 3*10^8
carrierFreq = 900*10^6
lambda = c/carrierFreq
baseHeight = 30
mobileHeight = 2
pathLossExponent = 3
shadowingValue = 0
transmitPower = 10
clc clear all close all
N = 1
R = 10
D = sqrt(3*N)*R
angleValue = [pi/6 (3*pi)/6 (5*pi)/6 (7*pi)/6 (9*pi)/6 (11*pi)/6]
c = 3*10^8
carrierFreq = 900*10^6
lambda = c/carrierFreq
baseHeight = 30
mobileHeight = 2
pathLossExponent = 3
shadowingValue = 0
transmitPower = 10 -Calculate CINR in physical layer in MATLAB.
clc clear all close all
N = 1
R = 10
D = sqrt(3*N)*R
angleValue = [pi/6 (3*pi)/6 (5*pi)/6 (7*pi)/6 (9*pi)/6 (11*pi)/6]
c = 3*10^8
carrierFreq = 900*10^6
lambda = c/carrierFreq
baseHeight = 30
mobileHeight = 2
pathLossExponent = 3
shadowingValue = 0
transmitPower = 10
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下载文件列表
CtoIResult.m
calcCINR.m
CtoIResult.asv
calcCINR.m
CtoIResult.asv
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