i need matlab code for 50 random user locations, 8 Access Points and 1 Base Station on one plane....using m file

function project() %x= number of user x=50; %y= access point y=8; %z=base station z=2.5;
t1=randn(1,x) t2=randn(1,y)
figure(1) xlabel('x-candidate') ylabel('y-candidate') t=0:0.1:5;
for i=1:x t2=randn(1,x); plot(t1,t,z) grid on
for i =1:x t1=randn(1,y); plot(t2,t,z) grid on end end

 采纳的回答

you can do it like this:
figure('Color', 'white')
UserLocationX = randi(50, 1, 50);
UserLocationY = randi(50, 1, 50);
plot(UserLocationX, UserLocationY, '^', 'MarkerSize', 5, 'LineWidth', 3), hold on
AccessPointX = randi(50, 1, 8);
AccessPointY = randi(50, 1, 8);
plot(AccessPointX, AccessPointY, 'go', 'MarkerSize', 5, 'LineWidth', 4), hold on
BaseStationX = 25;
BaseStationY = 25;
plot(BaseStationX, BaseStationY, 'rs', 'MarkerSize', 5, 'LineWidth', 4), hold on, grid on, grid minor
hleg = legend('User Location', 'Access Point', 'Base Station')
set(hleg, 'Location', 'NorthEastOutside')

1 个评论

i need matlab code for 240 random user locations, 7 macro Base Station one base station to each cell and 10 femto base station to each cell ....using m file function []=hex_cell(n, R, x_o, y_o, c)
if ~exist('c','var')
c = 'k';
end
k = 0:(n-1);
x = x_o + R * sin(2*pi*k/n);
y = y_o + R * cos(2*pi*k/n);
xplot = [x, x(1)];
yplot = [y, y(1)];
plot(xplot, yplot, 'color', c)
R = 50 ; n = 6; x_o = 0; y_o = 0;
hex_cell(n, R, x_o, y_o, 'b') axis equal hold on
hex_cell(n, R, x_o - R*sqrt(3), y_o, 'c') hex_cell(n, R, x_o - R*sqrt(3)/2, y_o + 3*R/2, 'g') hex_cell(n, R, x_o - R*sqrt(3)/2, y_o - 3*R/2, 'k')
hex_cell(n, R, x_o + R*sqrt(3), y_o, 'm') hex_cell(n, R, x_o + R*sqrt(3)/2, y_o + 3*R/2, 'r')
hex_cell(n, R, x_o + R*sqrt(3)/2, y_o - 3*R/2, [1 .5 0])
hold off

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4 个评论

For this you will need to generate the numbers by yourself because it will not be easily possible with random numbers
ok. user location must be random number but base station =2.5 and access point =8
how can i calculate the distance between user location ,access point and user location ,base station

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