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The bio-inspired self-repairing hardware is an array of electronic cells with identical structure, and communication connections are established between the cells through routing operations to achieve specific functions. When a working cell fails, the faulty cell can be replaced by the spare cell in the array and rerouted to restore the arrayâĂŹs function. Most of the current self-repairing schemes require the assistance of external hardware and software, depend heavily on the placement of the array, have poor flexibility, and cannot effectively utilize spare cells. Therefore, this paper proposes an on-line self-routing algorithm with better comprehensive performance. The algorithm first removes the faulty cell and wires connected with the faulty cell from the fault net, and then comprehensively considers the congestion and timing performance of the circuit to find an optimal routing path from the target node to the fault wire net.
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