Publication | Closed Access
Oscillation and asymptotic behavior of neutral differential equations with deviating arguments
55
Citations
6
References
1986
Year
Asymptotic BehaviorReal NumbersSingularly Perturbed ProblemNeutral Differential EquationNonoscillatory SolutionOscillation TheoryBifurcation TheoryNeutral Differential EquationsIntegrable SystemNonlinear Functional AnalysisNonlinear OscillationStability
Abstract Consider the neutral differential equation where q≠0, p, τ, and σ are real numbers. Let y(t) be a nonoscillatory solution of Eq. (1). Then limtt→∞y(t) is determined for all cases, except: . Two conjectures (as well as evidence indicating their possible validity) are given to cover the missing cases i), ii), and iii). It is also shown that if qτ≧0, or if qτ<0 and p≧0, then each of the following conditions implies that every solution of Eq. (1) is oscillatory: . AMS (MOS):: 34K1534G10
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