Spiking Reservoir Computing for Temporal Edge Intelligence on Loihi

Low latency and low energy consumption are the indispensable characteristics of Edge Computing applications. With the fusion of Edge Computing and Artificial Intelligence (AI) into Edge Intelligence, this need is more than ever. Of late, Spiking Neural Networks have shown a promise for low latency and low power AI when deployed on a neuromorphic hardware e.g., Intel's Loihi. In this paper, we present a Spiking Reservoir Computing model, based on the Legendre Memory Units which processes temporal data on Loihi hardware. Such a model is greatly suitable for the battery-powered AI enabled edge devices which call for a prompt processing of the temporal sensor-signals with high energy efficiency. We experiment our model with the ECG5000 dataset on the Loihi boards to show its efficacy.