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Updated: Feb 6, 2026

A Real-Time Wearable Electromyography Measurement System for Small Animals
Published on: November 15, 2024
Residential wearable RSSI and accelerometer measurements with detailed location annotations
Dallan Byrne1, Michal Kozlowski1, Raul Santos-Rodriguez1
1SPHERE, Electronic Engineering Digital Health, University of Bristol, Office 1.31, Merchants Venturer Building, Bristol BS81UB, UK.
Abstract:
This repository offers smart-home wearable accelerometer and Radio Signal Strength Indicator (RSSI) data acquired : 1) with low-cost hardware; 2) with high-resolution location annotations; 3) from four UK homes. The data are intended to evaluate RSSI-based indoor localisation methods with activity measurements provided from a user-worn wearable device. A wrist worn accelerometer records activity signatures which are relayed to a number of receiving Access Points (AP) placed throughout the building. Upon reception of a packet, each AP measures the RSSI of the received radio signal and timestamps the accelerometer measurements. Location labels are recorded automatically using a small camera which registers fiducial floor tags as the participant carries out their normal routines in a natural way. Approximately 14 h of annotated wearable measurements are provided. A scripted fingerprint measurement is provided along with several unscripted natural living recordings, where the participant carried out a number of daily household activities which are annotated, where possible, throughout. Codes are provided to access the data and to replicate the ground-truthing procedure.
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