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首页> 外文期刊>Discrete and continuous dynamical systems▼hSeries S >QUASILINEARIZATION APPLIED TO BOUNDARY VALUE PROBLEMS AT RESONANCE FOR RIEMANN-LIOUVILLE FRACTIONAL DIFFERENTIAL EQUATIONS
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QUASILINEARIZATION APPLIED TO BOUNDARY VALUE PROBLEMS AT RESONANCE FOR RIEMANN-LIOUVILLE FRACTIONAL DIFFERENTIAL EQUATIONS

机译:用于黎曼 - 荔道分数微分方程的共振时代的Quasilinearization应用于边值问题

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摘要

The quasilinearization method is applied to a boundary value problem at resonance for a Riemann-Liouville fractional differential equation. Under suitable hypotheses, the method of upper and lower solutions is employed to establish uniqueness of solutions. A shift method, coupled with the method of upper and lower solutions, is applied to establish existence of solutions. The quasilinearization algorithm is then applied to obtain sequences of lower and upper solutions that converge monotonically and quadratically to the unique solution of the boundary value problem at resonance.
机译:Quasilinearization方法应用于Riemann-Liouville分数差分方程的共振下的边值问题。在合适的假设下,采用上下解决方案的方法来建立溶液的唯一性。耦合与上层和下解决方案的方法的换档方法应用于建立溶液的存在。然后应用Quasilinearization算法以获得较低和上溶液的序列,该序列可以单调地和二次地收敛到谐振时边值问题的独特解决方案。

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