Fractional delay differential equations (FDDEs) are widely used in ecology, physiology, physical Sciences and many other areas
of applied science. Fractional Delay differential equations usually do not have analytic solutions and can only be solved by some
numeric methods. In this paper, a new method, which is generalized from finite difference method, has been provided to solve the
delay differential equations. It has been used for numerical solution of such models and used for solving a number of problems such
as the problem of the impact of food on the population changes of an area [1], the problem of the fluctuations of the population of
adults in an area per time [2], the problem of the number of blood cells in humans [3] and the problem of the effect of noise on
light which is reflected from laser to mirror [4]. The proposed method, besides being simple, is so exact and sensible in the solved
problems.
Fractional delay differential equations (FDDEs) are widely used in ecology, physiology, physical Sciences and many other areas
of applied science. Fractional Delay differential equations usually do not have analytic solutions and can only be solved by some
numeric methods. In this paper, a new method, which is generalized from finite difference method, has been provided to solve the
delay differential equations. It has been used for numerical solution of such models and used for solving a number of problems such
as the problem of the impact of food on the population changes of an area [1], the problem of the fluctuations of the population of
adults in an area per time [2], the problem of the number of blood cells in humans [3] and the problem of the effect of noise on
light which is reflected from laser to mirror [4]. The proposed method, besides being simple, is so exact and sensible in the solved
problems.
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