[en] Transition from regular to chaotic dynamics is studied for the case of stimulated Raman backscattering in a plasma corona induced by laser radiation in a typical controlled inertial confinement fusion experiment. Plasma is assumed bounded and homogeneous. The appropriate partial differential equations, with the nonlinear frequency shift taken into account, are solved numerically for typical laser plasma parameters. Variation of laser and plasma parameters drives the system towards the chaotic state, passing through quasiperiodic and intermittent regimes. Our results are qualitatively equivalent to those obtained by the other groups considering more complex physical and numerical models (author)