Figure 3
From: Fault diagnosis of Tennessee Eastman process using signal geometry matching technique
1DARMF performances using s = sin( t ), SNR x = 2 and different supervisory signal d. Initial parameter settings: M(0) = [-5,-4,-3,-2,-1,0,1,2,3,4,5], m(0,j)= 0.5 (∀j ∈ B), r(0) = 0, thm_M = 0, iterationNUM = 300; (a) d = sin(t), (c) d = sin(1.2t), (e) d = c(t3 + t2 - 1) (c is a proper scaling factor which constrains range of d to be within [-1,1]), (g) d is triangular signal (TriWave), (i) d is signal generated according to uniform distribution (rand), (b), (d), (f), (h), (j): correspondent e(itN)of its left figure.