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Research questionHow does axonal conduction-delay dispersion determine whether sparse neurons detect coincident events or ordered spike sequences?Sparse firing makes spike rates insufficient to distinguish temporal features, while conduction delays can alter the relative timing of inputs at a neuron. The difficulty is relating those delay distributions to whether inputs are integrated as a coincident event or as a sequence with a specific order.
Neural and Evolutionary Computing
Research Paper
Latest papersRecent research connected to this question, newest first.Axonal delay dispersion decides whether a neuron detects an event or a sequence, and predicts cortical column diameterThe evidence comes from simulations of an integrator-neuron model with random delays and connectivity, using calcium plateau thresholds for all-or-none detection. It reports delay-dispersion effects on event versus sequence detection, codable intervals, timing tolerance, and cortical column diameter, with anatomical comparisons limited to two areas with direct measurements.research paper · Sep 3, 2026
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