Research map / Probabilistic and scientific modeling / Dynamical systems
Planning with Biological Neurons and Synapses
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Measured effects reported in the paper
| What was changed | Where | Measured | Effect |
|---|---|---|---|
| Implement the two-approximation blocks-world planning strategy in Assembly Calculus | Assembly Calculus · Blocks World, 10 blocks | correct configurations: 100 | Helped |
| Increase neurons per brain area from n=10^5 to n=5·10^5 (ablation) | Assembly Calculus chaining · Blocks World chain length, 10-block input, k=50 | mean blocks correctly parsed: 6,36 -> 9,16 | Helped |
| Increase neurons per brain area from n=5·10^5 to n=10^6 (ablation) | Assembly Calculus chaining · Blocks World chain length, 10-block input, k=50 | mean blocks correctly parsed: 9,16 -> 9,6 | Helped |
| Set assembly size k=30 rather than k=50 (ablation) | Assembly Calculus chaining with n=10^6 · Blocks World maximum chain length | mean maximum chain length correctly parsed: 15 -> 19,4 | Helped |
| Set assembly size k=40 rather than k=50 (ablation) | Assembly Calculus chaining with n=5·10^5 · Blocks World maximum chain length | mean maximum chain length correctly parsed: 14,68 -> 17,24 | Helped |
| Increase assembly size from k=30 to k=40 (ablation) | Assembly Calculus chaining with n=10^6 · Blocks World maximum chain length | mean maximum chain length correctly parsed: 19,4 -> 17,76 | Mixed |
| Use a larger n:k ratio (ablation) | Assembly Calculus chaining · Blocks World chains | maximum chain length correctly parsed | Helped |
| Increase k beyond the narrow range that gives the longest chains (ablation) | Assembly Calculus chaining · Blocks World chains | maximum chain length correctly parsed | Hurt |
| Increase chain length (ablation) | Assembly Calculus chaining · Blocks World chains | blocks correctly parsed | Hurt |
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