Recognizing British Sign Language using Deep Learning: A Contact-less and Privacy-Preserving Approach

The dataset is about BSL in a privacy-preserving manner. In particular, radio frequency (RF) sensing was used to capture doppler frequency shifts due to Head and Hand movements. Xethru UWB Radar X4M03 was used for reception and transmission respectively. We consider fifteen classes for BSL movements. fifteen Signs such as drink, eat, help, stop, walk, confused, depressed, pleased, hate, sad, family, brother, father, mother, and sister were performed. Four subjects 1 male and 3 females participated in the experiments.