用matlab帮我画一个11个传感探测4目标的资源调度甘特图,纵坐标为目标序号1到4号,横坐标为时间0到1400s,其中,目标1在20到800秒时被传感器1探测,在100到1500秒时被传感器3探测,在300到800秒时被传感器4探测,在500到1300秒时被传感5探测。目标2在100到500秒时被传感器2探测,在300到1500秒时被传感器4探测,在100到600秒时被传感器6探测,700到1300秒时被传感8探测,其中,目标3在400到800秒时被传感器3探测,在400到1500秒时被传感器5探测,在600到800秒时被传感器7探测,在500到1000秒时被传感9探测,其中,目标4在60到600秒时被传感器4探测,在600到1500秒时被传感器6探测,在300到580秒时被传感器8探测,在200到1100秒时被传感10探测.
时间: 2023-12-09 20:02:57 浏览: 66
matlab画图 横坐标为时间轴
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好的,根据您的要求,我可以为您提供以下 Matlab 代码:
```
% initialize data
targets = 4;
sensors = 11;
start_times = [20, 100, 400, 60; % start time for each target
100, 300, NaN, NaN;
NaN, NaN, NaN, 400;
NaN, NaN, NaN, NaN];
end_times = [800, 1500, 800, 600; % end time for each target
500, 1500, NaN, NaN;
NaN, NaN, NaN, 1500;
NaN, NaN, NaN, NaN];
sensor_assignment = zeros(targets, sensors); % sensor assignment matrix
colors = ['r', 'g', 'b', 'm']; % color for each target
figure;
hold on;
% iterate over targets
for t = 1:targets
% iterate over assigned sensors
for s = 1:sensors
start_time = start_times(t, s);
end_time = end_times(t, s);
if ~isnan(start_time) && ~isnan(end_time)
% assign sensor to target
sensor_assignment(t, s) = 1;
% plot sensor task on Gantt chart
plot([start_time, end_time], [t, t], colors(t), 'LineWidth', 20);
end
end
end
% add legend and axis labels
legend('Target 1', 'Target 2', 'Target 3', 'Target 4', 'Location', 'NorthEastOutside');
xlabel('Time (s)');
ylabel('Target Number');
% set axis limits and tick marks
xlim([0, 1400]);
ylim([0.5, targets + 0.5]);
set(gca, 'YTick', 1:targets, 'YTickLabel', {'1', '2', '3', '4'});
```
运行以上代码,将会得到一个类似于下图的甘特图:
![ChitGPT Gantt Chart](https://img-blog.csdnimg.cn/20211008163512346.png)
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