# Top runs: * **Highest FPS**: `BPFLAND --slice-us 3000` provides the highest average FPS, outpacing others by a small margin, suggesting an efficient handling of in-game tasks. * **Smoothest FPS**: `BPFLAND --slice-us 1000` demonstrates the lowest standard deviation and variance in FPS, ensuring a stable and consistent frame rate during gameplay. * **Best overall**: `BPFLAND --slice-us 3000` balances performance and stability well, offering slightly higher FPS with reasonably low frame time variance, making it the top choice for an optimal gaming experience. # Issues: * The `LAVD` configuration shows a significantly lower FPS with about 11% less performance compared to others, indicating potential inefficiency in handling AI-heavy tasks in this specific scenario. # Summary This benchmark compared various scheduling configurations on a consistent hardware setup in the game Elden Ring, focusing on a CPU-limited scene with complex AI dynamics. The `BORE` and `SCX` schedulers competed closely, with `BPFLAND` modifications generally achieving higher FPS across different slice configurations. Notably, `BPFLAND --slice-us 3000` emerged as the superior option for maximum FPS, while `BPFLAND --slice-us 1000` provided the smoothest experience. However, `LAVD` configurations underperformed, highlighting the importance of scheduler choice in optimizing performance for CPU-intensive gaming scenarios.