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8.369  Articles
1 of 838 pages  |  10  records  |  more records»
Diffusion is a natural or artificial process that governs many phenomena in nature. The most known diffusion is the Brownian or normal motion, where the mean-square-displacement of the tracer (diffusive particle among others) increases as the square-root ... see more

In this paper, the broad study depends on Langevin differential equations (LDE) of arbitrary order.The fractional order is in terms of ?-Hilfer fractional operator. This work reveals the dynamicalbehaviour such as existence, uniqueness and stability solut... see more

Resource selection functions (RSF) are often developed using satellite (ARGOS) or Global Positioning System (GPS) telemetry datasets, which provide a large amount of highly correlated data. We discuss and compare the use of generalized linear mixed-effect... see more

In the present paper, we use generalized differential transform method (GDTM) to derive solutions of some linear and nonlinear space-time fractional Fokker–Planck equations (FPE) in closed form. The space and time fractional derivatives are considered in ... see more

The paper is devoted to present an alternative method for deriving the solution of the generalized fractional kinetic equations in terms of K4-function and generalized M-series. The applied method depends on the fractional differintegral operator techniqu... see more

The Green’s function is widely used in solving boundary value problems for differential equations, to which many mathematical and physical problems are reduced. In particular, solutions of partial differential equations by the Fourier method are reduced t... see more

The integral geometry methods are the techniques could be the more naturally applied to study of the characterization of the moduli stacks and solution classes (represented cohomologically) obtained under the study of the kernels of the differential opera... see more

The paper deals with the developing of the numerical algorithms for transformation of generalized chaotic system into canonical form. Such transformation allows us to simplify control algorithm for chaotic system. These algorithms are defined by using Lie... see more

This paper deals with the generalized differential dynamic equations of Euler–Hess, whichcontain an arbitrary three-dimensional vector. From generalized equations it obtains classical equationof Euler–Hess in the first form and new forms of dynamic equati... see more

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