Abstract
We study an optimal pursuit differential game problem in the Hilbert space $$l_{r+1}^2$$ . The game is described by an infinite system of the first-order differential equations whose coefficients are negative. The control functions of players are subjected to integral constraints. If the state of the system coincides with the origin of the space $$l_{r+1}^2$$ , then game is considered completed. We obtain an equation to find the optimal pursuit time. Moreover, we construct the optimal strategies for players.
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