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Throughout this paper we adopt the standard time scale notation.
In this work, knowledge and understanding of time scales and time scale notation is assumed.
Throughout this paper, knowledge and understanding of time scales and time scale notation is assumed.
Throughout this paper, a knowledge and understanding of time scales and time scale notation is assumed.
Using the time scale notation, the nabla discrete exponential kernel can be expressed as (widehat{e}_{lambda} t,rho(s))=(frac{1}{1-lambda })^{t-rho(s)}= 1-alpha)^{t-rho(s)}) [29], where (lambda= 1-alphalpha}{1-alpha}).
In this work, knowledge and understanding of time scales and time scale notation are assumed, for an excellent introduction to the calculus on time scales; see Bohner and Peterson [3, 4].
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Throughout this work, we assume knowledge of time scales and the time-scale notation, first introduced by Hilger [4].
Throughout this work, we assume the knowledge of time scales and time-scale notation, first introduced by Hilger [4].
Throughout this paper, let us assume that we have already acquired the knowledge of time scales and time scales notation; for an excellent introduction to the calculus on time scales, we refer the reader to Bohner and Peterson [4] for general overview.
(1.3) We will assume that the reader is familiar with the basic facts of time scales and time scale notation, for an excellent introduction to the calculus on time scales, see Bohner and Peterson [1, 2].
Learn the major scales' notations.
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