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IF Neuron: theoretical study and application to digital communication| old_uid | 16449 |
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| title | IF Neuron: theoretical study and application to digital communication |
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| start_date | 2018/10/30 |
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| schedule | 11h |
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| online | no |
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| location_info | salle 384 |
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| details | Séminaire ICI |
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| summary | In the context of digital communication, one main mechanism proposed in the literature to overcome the large consumption of MAC layers when establishing communications is called wake-up radio: The main processor is only waking up when receiving a specific signal, as for instance the node ID in the network. Unfortunately, since most of the wake-up receivers rely on standard micro-controller, they suffer a large decrease of energy efficiency. Nevertheless, if the wake-up receivers was designed with neuromorphic circuits, one could achieve high energy efficiency for IoT and ad hoc networks. The main question that is tackled in this presentation is whether a neuro-inspired detection scheme using an Integrate-and-Fire neuron is reliable enough when one needs to detect a weak signal surrounded by noise. |
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| responsibles | Marinica |
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