Event cameras provide low-latency, asynchronous visual sensing for resource-constrained robotics. Spiking neural networks (SNNs) process event streams naturally, but training deep SNNs with backpropagation through time (BPTT) requires substantial memory and remains difficult on neuromorphic hardware. Local learning avo...
M. Vaillant, Axel Carlier, Xing-Ng Lai et al.· 0 citations
ChronoFuse is introduced, a causal availability-time detector that predicts object states for when its output becomes available rather than for when its input was observed, showing that predicting ahead can be critical for robots operating in fast-changing scenes.
Biswadeep Sen, B. Cottereau, N. Cuperlier et al.· 0 citations
REACT is proposed, a fully spiking state-space model for event-driven temporal perception that processes raw events one by one, without temporal accumulation, and shows that event-driven spiking state-space dynamics can provide low-latency, continuously updated temporal perception for reactive robotic systems.
Geoffroy Keime, N. Cuperlier, B. Cottereau· 0 citations
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