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Theory and Modern Applications

Table 1 The relation between the GLPs and some other polynomials

From: A computational method based on the generalized Lucas polynomials for fractional optimal control problems

a

b

Polynomials

 

1

β

First kind Dickson

\(D_{n}(\tau )=\mu _{n}^{1,-\beta}(\tau )\)

3

−2

Fermat–Lucas

\(f_{n}(\tau )=\mu _{n}^{3,-2}(\tau )\)

2

−1

First-kind Chebyshev

\(T_{n}(\tau )=\frac{1}{2}\mu _{n}^{2,-1}(\tau )\)

2

1

Pell–Lucas

\(P_{n}(\tau )=\mu _{n}^{2,1}(\tau )\)

1

1

Lucas

\(L_{n}(\tau )=\mu _{n}^{1,1}(\tau )\)