In distributed spiking-network simulations, synchronization waiting time—not raw communication—is the bottleneck, and area-aware mapping that communicates long-range spikes less often reduces runtime by up to 42%.
C., Albers, J., Diesmann, M
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Exploiting network topology in brain-scale simulations of spiking neural networks
In distributed spiking-network simulations, synchronization waiting time—not raw communication—is the bottleneck, and area-aware mapping that communicates long-range spikes less often reduces runtime by up to 42%.