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Xiya Cao

2 accepted papers

2022

RIO: Rotation-Equivariance Supervised Learning of Robust Inertial Odometry

CVPR 2022poster

This paper introduces rotation-equivariance as a self-supervisor to train inertial odometry models. We demonstrate that the self-supervised scheme provides a powerful supervisory signal at training phase as well as at inference stage. It reduces the reliance on massive amounts of labeled data for tr…

Cited by 22PDFScholar
2020

Prediction of Gait Cycle Percentage Using Instrumented Shoes with Artificial Neural Networks

ICRA 2020poster

Gait training is widely used to treat gait abnormalities. Traditional gait measurement systems are limited to instrumented laboratories. Even though gait measurements can be made in these settings, it is challenging to estimate gait parameters robustly in real-time for gait rehabilitation, especiall…

Cited by 21SourceScholar