{ "brain-bypass": { "accuracy": { "adapter-noise": 0.4166666666666667, "clean": 0.4166666666666667, "event-dropout": 0.25, "input-noise": 0.4166666666666667, "neuron-dropout": 0.25, "partial-occlusion": 0.25, "temporal-jitter": 0.4166666666666667 }, "method_note": "feature-domain stress of frozen neural readout; temporal jitter uses adjacent earlier biological window; no brain retraining", "readout": "descending", "window_ms": 10 }, "degree-preserving": { "accuracy": { "adapter-noise": 0.25, "clean": 0.25, "event-dropout": 0.25, "input-noise": 0.3333333333333333, "neuron-dropout": 0.25, "partial-occlusion": 0.25, "temporal-jitter": 0.25 }, "method_note": "feature-domain stress of frozen neural readout; temporal jitter uses adjacent earlier biological window; no brain retraining", "readout": "descending", "window_ms": 10 }, "real-malecns": { "accuracy": { "adapter-noise": 0.25, "clean": 0.25, "event-dropout": 0.25, "input-noise": 0.3333333333333333, "neuron-dropout": 0.25, "partial-occlusion": 0.25, "temporal-jitter": 0.25 }, "method_note": "feature-domain stress of frozen neural readout; temporal jitter uses adjacent earlier biological window; no brain retraining", "readout": "descending", "window_ms": 10 }, "shuffled-edges": { "accuracy": { "adapter-noise": 0.25, "clean": 0.25, "event-dropout": 0.25, "input-noise": 0.3333333333333333, "neuron-dropout": 0.25, "partial-occlusion": 0.25, "temporal-jitter": 0.25 }, "method_note": "feature-domain stress of frozen neural readout; temporal jitter uses adjacent earlier biological window; no brain retraining", "readout": "descending", "window_ms": 10 } }