Cauchy problem

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English[edit]

English Wikipedia has an article on:
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Etymology[edit]

After French mathematician Augustin Louis Cauchy.

Noun[edit]

Cauchy problem (plural Cauchy problems)

  1. (mathematics, mathematical analysis) For a given m-order partial differential equation, the problem of finding a solution function on that satisfies the boundary conditions that, for a smooth manifold , and , , , given specified functions defined on, and vector normal to, the manifold.
    • 2006, Victor Isakov, Inverse Problems for Partial Differential Equations, 2nd edition, Springer, page 41:
      In this chapter we formulate and in many cases prove results on uniqueness and stability of solutions of the Cauchy problem for general partial differential equations.
    • 2006, S. Albeverio, Ya. Belopolskaya, “Probabilistic Interpretation of the VV-Method for PDE Systems”, in Olga S. Rozanova, editor, Analytical Approaches to Multidimensional Balance Laws, Nova Science Publishers, page 2:
      To emphasize the similarity between the characteristic method and the probabilistic approach we recall that the method of characteristics allows [one] to reduce the Cauchy problem for a first order PDE to a Cauchy problem for an ODE while the probabilistic approach allows [one] to reduce the Cauchy problem for a second order PDE to a Cauchy problem for an SDE (stochastic differential equation).
    • 2014, Tatsuo Nishitani, Hyperbolic Systems with Analytic Coefficients: Well-posedness of the Cauchy Problem, Springer, page v:
      In this monograph we discuss the well-posedness of the Cauchy problem for hyperbolic systems.

Usage notes[edit]

The hypersurface S is called the Cauchy surface. The functions fk defined on S are collectively known as the Cauchy data of the problem.

Translations[edit]

Further reading[edit]