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Application of Functional Operators with Shift to the Study of Renewable Systems When the Reproductive Process Is Described by Integrals with Degenerate Kernels
Institute of Basic Sciences and Engineering, Hidalgo State University, Pachuca, Mexico
Institute of Basic Sciences and Engineering, Hidalgo State University, Pachuca, Mexico
Institute of Basic Sciences and Engineering, Hidalgo State University, Pachuca, Mexico
- 1 Institute of Basic Sciences and Engineering, Hidalgo State University, Pachuca, Mexico
- 2 Institute of Basic Sciences and Engineering, Hidalgo State University, Pachuca, Mexico
- 3 Institute of Basic Sciences and Engineering, Hidalgo State University, Pachuca, Mexico
Applied Mathematics·Volume 04 (2013)·Pages 1376–1380·Published 25 September 2013·DOI10.4236/am.2013.410186
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Abstract
We continue studying systems whose state depends on time and whose resources are renewably based on functional operators with shift. In previous articles, we considered the term which described results of reproductive processes as a linear expression or as a shift summand. In this work, the reproductive term is represented using an integral with a degenerate kernel. A cyclic model of evolution of the system with a renewable resource is developed. We propose a method for solving the balance equation and we determine an equilibrium state of the system. Having applied this model, we can investigate problems of natural systems and their resource production.
KeywordsRenewable ResourceEquilibrium StateHolder SpaceReproductive ProcessInverse Operator
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