Theory and Modern Applications
From: A Jacobi operational matrix for solving a fuzzy linear fractional differential equation
(α,β) | (0,0) | (0.5,0) | (0,0.5) | (0.5,0.5) | (0,0) | (0.5,0) | (0,0.5) | (0.5,0.5) |
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r |
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0 | 1.2389e−3 | 6.6971e−4 | 5.3528e−4 | 6.4838e−5 | 1.4035e−3 | 6.2014e−4 | 6.7068e−4 | 1.4583e−5 |
0.1 | 1.1068e−3 | 6.0522e−4 | 4.7498e−4 | 6.2325e−5 | 1.2714e−3 | 5.5565e−4 | 6.1038e−4 | 1.7096e−5 |
0.2 | 9.7471e−4 | 5.4073e−4 | 4.1468e−4 | 5.9812e−5 | 1.1393e−3 | 4.9115e−4 | 5.5008e−4 | 1.9608e−5 |
0.3 | 8.4258e−4 | 4.7623e−4 | 3.5438e−4 | 5.7299e−5 | 1.0072e−3 | 4.2666e−4 | 4.8978e−4 | 2.2121e−5 |
0.4 | 7.1045e−4 | 4.1174e−4 | 2.9408e−4 | 5.4787e−5 | 8.7507e−4 | 3.6217e−4 | 4.2948e−4 | 2.4634e−5 |
0.5 | 5.7832e−4 | 3.4725e−4 | 2.3379e−4 | 5.2274e−5 | 7.4295e−4 | 2.9767e−4 | 3.6918e−4 | 2.7146e−5 |
0.6 | 4.4619e−4 | 2.8275e−4 | 1.7349e−4 | 4.9761e−5 | 6.1082e−4 | 2.3318e−4 | 3.0889e−4 | 2.9659e−5 |
0.7 | 3.1407e−4 | 2.1826e−4 | 1.1319e−4 | 4.7248e−5 | 4.7869e−4 | 1.6869e−4 | 2.4859e−4 | 3.2172e−5 |
0.8 | 1.8194e−4 | 1.5377e−4 | 5.2897e−5 | 4.4736e−5 | 3.4656e−4 | 1.0419e−4 | 1.8829e−4 | 3.4685e−5 |
0.9 | 4.9815e−5 | 8.9279e−5 | 7.4009e−6 | 4.2223e−5 | 2.1444e−4 | 3.9706e−5 | 1.2799e−4 | 3.7197e−5 |
1 | 8.2312e−5 | 2.4786e−5 | 6.7699e−5 | 3.9710e−5 | 8.2312e−5 | 2.4786e−5 | 6.7699e−5 | 3.9710e−5 |