Explore Figure AI’s breakthrough in humanoid robotics: scalable, human-like walking robots designed for diverse industries ...

Abstract: Gait detection is a crucial task in human identification, which can perform long-distance recognition without the need for subject cooperation, making it widely used in medical diagnostics ...

The number of gait parameters that can be extracted from wearables has expanded dramatically over the last years and new, more robust algorithms are under permanent development. Presently, ...

Figure AI, the California-based robotics company, has introduced a humanoid robot capable of walking with human-like ...

Figure's AI-powered controller teaches its humanoid robots to walk more like a human, with subtle improvements in gait and ...

Despite major advances in security technology, human error remains the weakest link in any security system. The only way to ...

Figure uses reinforcement learning to achieve fluid, human-like walking in its robots, seamlessly transferring simulations to ...

Koch Hall of Human Origins,” which opened 15 years ago. Smithsonian's Human Origins Program. What does it mean to be human ...

Background: Freezing of gait (FOG) in Parkinson's disease (PD) is a devastating clinical phenomenon that has a detrimental impact on patients. It tends to be triggered more often during turning ...

Abstract: Gait phase detection plays a significant role in human motion intention recognition in lower limb exoskeleton. This study proposes a LSTM-ResMLP-LightGBM method for real-time gait phase ...

Scientists have developed smart insoles that accurately measure the forces created when a foot hits the ground in the real ...

OneStep CCO set to present on smartphone motion analysis at DeviceTalks Boston. New York, NY — OneStep, a leader in ...