Energy-efficient activity recognition framework using wearable accelerometers
Acceleration data for activity recognition typically are collected on battery-powered devices,
leading to a trade-off between high-accuracy recognition and energy-efficient operation. We …
leading to a trade-off between high-accuracy recognition and energy-efficient operation. We …
Energy-Efficient Activity Recognition Framework using Wearable Accelerometers
A Elsts, NJ Twomey… - … of Network and …, 2020 - research-information.bris.ac.uk
Acceleration data for activity recognition typically are collected on batterypowered devices,
leading to a trade-off between high-accuracy recognition and energy-efficient operation. We …
leading to a trade-off between high-accuracy recognition and energy-efficient operation. We …
[PDF][PDF] Energy-Efficient Activity Recognition Framework using Wearable Accelerometers
A Elstsa, N Twomeyb, R McConvilleb, I Craddockb - atiselsts.github.io
Acceleration data for activity recognition typically are collected on batterypowered devices,
leading to a trade-off between high-accuracy recognition and energy-efficient operation. We …
leading to a trade-off between high-accuracy recognition and energy-efficient operation. We …
[PDF][PDF] Energy-Efficient Activity Recognition Framework using Wearable Accelerometers
A Elstsa, N Twomeyb, R McConvilleb, I Craddockb - researchgate.net
Acceleration data for activity recognition typically are collected on batterypowered devices,
leading to a trade-off between high-accuracy recognition and energy-efficient operation. We …
leading to a trade-off between high-accuracy recognition and energy-efficient operation. We …
[PDF][PDF] Energy-Efficient Activity Recognition Framework using Wearable Accelerometers
A Elstsa, N Twomeyb, R McConvilleb, I Craddockb - nialltwomey.com
Acceleration data for activity recognition typically are collected on batterypowered devices,
leading to a trade-off between high-accuracy recognition and energy-efficient operation. We …
leading to a trade-off between high-accuracy recognition and energy-efficient operation. We …
[PDF][PDF] Energy-efficient activity recognition framework using wearable accelerometers
A Elsts, N Twomey, R McConville, I Craddock - Journal of Network and …, 2020 - edi.lv
Acceleration data for activity recognition typically are collected on battery-powered devices,
leading to a tradeoff between high-accuracy recognition and energy-efficient operation. We …
leading to a tradeoff between high-accuracy recognition and energy-efficient operation. We …
Energy-efficient activity recognition framework using wearable accelerometers
A Elsts, I Craddock, R McConville, N Twomey - Journal of Network and Computer … - edi.lv
Acceleration data for activity recognition typically are collected on battery-powered devices,
leading to a trade-off between high-accuracy recognition and energy-efficient operation. We …
leading to a trade-off between high-accuracy recognition and energy-efficient operation. We …
[PDF][PDF] Energy-Efficient Activity Recognition Framework using Wearable Accelerometers
A Elstsa, N Twomeyb, R McConvilleb, I Craddockb - research-information.bris.ac.uk
Acceleration data for activity recognition typically are collected on batterypowered devices,
leading to a trade-off between high-accuracy recognition and energy-efficient operation. We …
leading to a trade-off between high-accuracy recognition and energy-efficient operation. We …