Shoe-based tech helps amputees get extra mileage out of physical therapy - CES 2015

The video discusses a project funded by the NSF aimed at helping amputees walk with less of a limp. The focus is on developing wearable insoles and advanced analytics to improve gait symmetry and overall walking quality. The technology involves measuring walking data using accelerometers and gyros, transforming it into meaningful insights for patients, therapists, and clinics. The project highlights the social and medical importance of improving gait, as well as the technical challenges involved. The NSF grant has been crucial for development, and future plans include fundraising for market expansion.

What is the primary goal of the NSF-funded project discussed in the video?

• To develop new prosthetic limbs

• To help amputees walk with less of a limp

• To improve running speed for athletes

• To create a new type of shoe

Why is gait symmetry important for amputees?

• It enhances the ability to climb stairs

• It improves balance on uneven surfaces

• It increases running speed

• It helps in blending socially and reduces medical issues

What technology is used to gather data on gait in the project?

• Wearable insoles with accelerometers and gyros

• Cameras and motion sensors

• Heart rate monitors

• Smartphones and tablets

How does the project transform gait data into useful insights?

• By manually reviewing each step

• Through advanced pattern recognition and analytics

• Using basic statistical methods

• By using simple calculations

What has been the main source of funding for the project?

• Private investors

• University sponsorship

• NSF grants

• Crowdfunding