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在matlab中实现图形窗口置顶及更改matlab图形中的logo标志，可以换成你喜欢的(In the matlab graphics window to achieve top and change the matlab graphic logo symbol, you can replace your favorite)

matlab实现16QAM的调盒解调(matlab achieve 16QAM modulation demodulator box)

As we know, the energy needed for sensors should be electrical. So the rst step before start to work is to convert environmental energy to electrical one. Inside the node there are dierent components for sensing the area, collecting data and processing the data. So the main dierent part of this kind of nodes, in compare of WSN nodes, is the power part. Once the stored energy reach to a certain amount, the power supply for micro controller and transceiver will start to work. They will continue to work until they have energy, as soon as the energy nish, they stops and energy storage device start to work to save energy again. The other fact should be consider about EH-WSN node is that the available energy can change in dierent nodes. So every node has its own harvesting rate.

16-QAM modulator and demodulator

对于属性节点进行一定的分析，得到属性节点使用的范例。(attribute node)

卡尔曼滤波 可以对目标进行跟踪，数据处理 滤波(Kalman filter can track the target, data processing filter)

说明：  matlab调用gurobi求解CVRP(Matlab calls gurobi to solve CVRP problem)

说明：  均匀圆阵的方位角俯仰角联合估计，matlab源码(Joint estimation of azimuth and pitch angle of uniform circular array)

用于表述不同信道状态信息之间的胡相关程度的信噪比曲线(Used to express different channel state information（CSI） between related degree of signal-to-noise ratio curve,inluding the module of keyhole,iid.)

matlab程序画图，常见分形图，function cantor(A,B) c=1 p=0 figure hold on plot([A(2) B(2)],[A(1) B(1)], r* ) while norm(A(1,:)-B(1,:))>=1 C=[] D=[] for i=1:size(A,1) a=A(i,:)+(B(i,:)-A(i,:))/3 b=A(i,:)+2*(B(i,:)-A(i,:))/3 C=[C A(i,:) b] D=[D a B(i,:)] end A=C B=D p=p+1 (matlab program drawing, common fractal images function cantor(A,B) c=1 p=0 figure hold on plot([A(2) B(2)],[A(1) B(1)], r* ) while norm(A(1,:)-B(1,:))>=1 C=[] D=[] for i=1:size(A,1) a=A(i,:)+(B(i,:)-A(i,:))/3 b=A(i,:)+2*(B(i,:)-A(i,:))/3 C=[C A(i,:) b] D=[D a B(i,:)] end A=C B=D p=p+1 )