Method for solving multi-agent consistency based on intermittent random noise
A multi-agent, random noise technology, applied in instruments, adaptive control, control/regulation systems, etc., to reduce control costs
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[0084] Such as figure 2 as shown, figure 2 is a two-dimensional error system, and the initial value of the error system is e 1 (0)=(0.7,0.2) T 、e 2 (0)=(0.9,0.4) T 、e 3 (0)=(1,0.1) T 、e 4 =(3,0.3) T , the system matrix Coupling coefficient c ij The error system diagram of 1 without environmental noise interference.
[0085] image 3 Is the system in the external noise density coefficient matrix is
[0086]
[0087] The following diagram of the error system.
[0088] Such as figure 1As shown in the multi-agent topology diagram, the system adjacency matrix can be obtained:
[0089]
[0090] Then according to the norm of the P system matrix and the first condition in the discriminant method, k is obtained 1 The value range of , choose k here 1 =3. Then set k 2 ,k 3 to determine the input matrix Q and the controller gain K, where k is chosen 2 =3.5,k 3 =3.6, K'=[1,2], Q=[0.9,1.3] T . Next, these three parameters can be used to calculate the noise wi...
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