On the dynamic programming principle for controlled diffusion processes in a cylindrical region

Abstract

We prove the dynamic programming principle for a class of diffusion processes controlled up to the time of exit from a cylindrical region $[0,T)\times G$. It is assumed that the functional to be maximized is in the Lagrange form with nonnegative integrand. Besides this we only adopt the standard assumptions, ensuring the existence of a unique strong solution of a stochastic differential equation for the state process.

9 pages

References in corpus (3)

• The Stochastic Reach-Avoid Problem and Set Characterization for Diffusions
• On time-inhomogeneous controlled diffusion processes in domains
• Lindelof spaces which are indestructible, productive, or D