Autonomous Wheelchair Abigail Drury '10 Melissa Frechette '11 Rittika Shamsuddin '12 Professor Audrey Lee St. John Dr. Dan Barry Dr. William Kennedy.

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Presentation transcript:

Autonomous Wheelchair Abigail Drury '10 Melissa Frechette '11 Rittika Shamsuddin '12 Professor Audrey Lee St. John Dr. Dan Barry Dr. William Kennedy

Project Created by MobileRobots and Dr. Dan Barry The research team methodically tested and developed comprehensive documentation Clinical trials with Spaulding Rehabilitation Hospital in Boston

Motivations Enabling patients with cerebral palsy the option for independent mobility and privacy

Hardware Highlights Upper Sensor Lower Back Sensor Touch Screen Sensors: Three laser sensors One high, two low Sensors are used for localization and path planning User Interface: Currently uses a touch screen and keyboard/mouse as main I/O devices In future, it will also support other interfaces

Manual Drive Mode Smart Drive Mode Express Drive Mode Drive Modes

Manual Drive Mode Smart Drive Mode Express Drive Mode Drive Modes - Manual

Manual Drive Mode Smart Drive Mode Express Drive Mode Drive Modes - Smart

Manual Drive Mode Smart Drive Mode Express Drive Mode Drive Modes - Express

Express Drive Mode in Action

Goal Drive Mode and MobileEyes

Wheelchair Goal Path

Goal Drive Mode and MobileEyes Person

Selected Observations Difficulty starting too close to an obstacle Side padding can be a little scary for pedestrians Vertical blind spots: Objects shorter than 13 cm Objects only present between 13 cm and 1.7 m Inability to see black objects

When Express Drive Mode Goes Wrong

Conclusions and Future Work The wheelchair is in good shape, but it needs work to improve safety Continued exchange between the research group and Spaulding Further documentation needs to be developed

Thank You! A special thank you to Dr. Dan Barry, Dr. William Kennedy, and MobileRobots Questions?