MSTCN: A multiscale temporal convolutional network for user independent human activity recognition [version 2; peer review: 2 approved, 1 approved with reservations] - Raja Sekaran, Sarmela; Pang, Ying Han; Ling, Goh Fan; Yin, Ooi Shih (F1000 research, 2022)
Keywords: Classification; Deep learning; dilated convolution; eng; Engineering; human activity recognition; Long short-term memory; Neural networks; one-dimensional inertial sensor; smartphone; Smartphones; Support vector machines; temporal convolutional network; Temporal variations; Time series; one-dimensional inertial sensor; smartphone; dilated convolution; human activity recognition; temporal convolutional network