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A history-aware offline RL policy which predicts iterative cost weights in these dense regimes to improve convergence across placement densities by utilizing readily available features from the router and which reduces design rule violations (DRVs) by an average of 92% over the top public baseline while simultaneously reducing runtime by 10%.
Modern FPGA implementations of hardware priority queues can drastically outperform traditional software methods, revealing critical insights into architectural relevance.
ORRAM achieves the same bit density as traditional DFFRAMs but with a vastly superior feature set and no reliance on custom components.
