时滞双曲型方程时变辨识问题的稳定性

A. Ashyralyev, B. Haso
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引用次数: 0

摘要

偏微分方程和差分方程的时间相关和空间相关源识别问题在应用科学和工程中占有重要地位,几位作者对此进行了研究。此外,延迟出现在具有逻辑和计算设备的复杂系统中,需要一定的时间进行信息处理。本文研究了时滞双曲型方程的含时辨识问题。建立了一维时滞双曲型微分方程含时辨识问题解的稳定性估计定理。这些定理的证明是基于双曲微分方程和积分不等式的Dalambert公式。
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Stability of the time-dependent identification problem for delay hyperbolic equations
Time-dependent and space-dependent source identification problems for partial differential and difference equations take an important place in applied sciences and engineering, and have been studied by several authors. Moreover, the delay appears in complicated systems with logical and computing devices, where certain time for information processing is needed. In the present paper, the time-dependent identification problem for delay hyperbolic equation is investigated. The theorems on the stability estimates for the solution of the time-dependent identification problem for the one dimensional delay hyperbolic differential equation are established. The proofs of these theorems are based on the Dalambert’s formula for the hyperbolic differential equation and integral inequality.
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来源期刊
CiteScore
1.20
自引率
50.00%
发文量
50
期刊最新文献
A Novel Numerical Scheme for a Class of Singularly Perturbed Differential-Difference Equations with a Fixed Large Delay On the class of pointwise and integrally loaded differential equations Erratum to: “Coefficients of multiple Fourier-Haar series and variational modulus of continuity” [Bulletin of the Karaganda University. Mathematics series, No. 4(112), 2023, pp. 21–29] Some properties of the one-dimensional potentials Factorization of abstract operators into two second degree operators and its applications to integro-differential equations
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