This paper considers the problem of stabilizing a class of discrete-time large-scale interconnected systems subject to system parameter uncertainties and bounded deterministic disturbances. An adaptive scheme is devised, based on the adaptive feedback concept for stabilization of the interconnected system with uncertain system parameters and the adaptive feed-forward concept for compensation of bounded deterministic disturbances with unknown magnitudes. A condition of stability is given under which the overall adaptive system is assured to be stable. Also, a numerical example is illustrated via comptuer simulation.

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