Kyoto journal of mathematics · 2004 · 23 citations · 5 references
Natural SciencesPhysicsDifferential EquationsFluid DynamicsTheoretical PhysicsNumerical Methods For Differential EquationsPartial Differential EquationsScattering TheoryAiry FunctionsCauchy EquationCauchy ProblemDispersive Wave EquationsInverse Scattering TransformKdv EquationKorteweg - De Vries EquationSmoothing
We consider the analytic smoothing effect for the KdV equation. That is to say, if the initial data given at $t = 0$ decays very rapidly, the solution to the Cauchy problem becomes analytic with respect to the space variable for $t > 0$. In this paper we show this effect by using the inverse scattering method which transforms the KdV equation to a linear dispersive equation whose analytic smoothing effect is shown through the properties of the Airy function.
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Asymptotics and Special Functions
Wolfgang Wasow, F. W. Olver · Mathematics of Computation · 1975 · 1.1K citations