Abstract
In this paper, we will study one-dimensional continuous and regular strong Markov processes on the interval [0,1]. We will show that stochastic calculus methods enable us to obtain a precise description of the behaviour of these processes. We will prove that, up to continuous transformations of the state space, these processes are semimartingales. They all can be obtained from brownian motions reflected at 0 and 1, by time change and killing. Conversely, for any given characteristics, we will explicitly construct a continuous and regular strong Markov process on [0,1] satisfying to them, from a reflected brownian motion

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