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A.T. Literature- Powered Wheelchair Accessories

  1. A More User Friendly Brain-Machine Interface
  2. A Pilot Study on Community Usage of a Pushrim-Activated, Power-Assisted Wheelchair
  3. A Smart Wheelchair With Machine Vision and Voice Control
  4. A Wheelchair User With Visual and Intellectual Disabilities Managing Simple Orientation Technology for Indoor Travel
  5. Access Through the Wireless World
  6. Access: Rollin’ in a Winter Wonderland
  7. Advances in Electric Powered Wheelchairs
  8. As the Wheel Turns - To Tilt or Not to Tilt: The Benefits of Tilt-in-Space
  9. As the Wheel Turns: Add More 'Oomph' to Your Push
  10. As the Wheel Turns: Control Systems: Different Ways of Driving
  11. Bright Ideas for Better Living
  12. Camera Opens Doors for Student
  13. Clinical Evaluation of Semiautonomous Smart Wheelchair Architecture (Drive-Safe System) With Visually Impaired Individuals
  14. Comparison Between Performance With a Pushrim-Activated Power-Assisted Wheelchair and a Manual Wheelchair on the Wheelchair Skills Test
  15. Comparison of a Pushrim-Activated Power-Assisted Wheelchair and a Manual Wheelchair on the Wheelchair Skills Test
  16. Design of a Door Opening Mechanism for Powered Wheelchairs
  17. Development of a Smart Wheelchair Component System
  18. Development of Assistive Functions for Joysticks of Electric Wheelchairs
  19. Development of Computer Vision-based Intelligent Electric Wheelchair System
  20. Dynamicity in Smart Homes Concept Applied to Complex System: The Manus Robot
  21. Effect of a Pushrim-Activated Power-Assist Wheelchair on the Functional Capabilities of Persons With Tetraplegia
  22. Empowering Mobility
  23. Energy Expenditure and Propulsion Characteristics When Propelling a Standard and Three-Pushrim-Activated Power-Assisted Wheelchairs
  24. E-Wheelchair: A Communication System Based on IPv6 and NEMO
  25. Impact of a Pushrim-Activated Power-Assisted Wheelchair on the Metabolic Demands, Stroke Frequency, and Range of Motion Among Subjects With Tetraplegia
  26. Independent Motion: Exploring Advances in Pediatric Mobility
  27. Innovations: Futuristic Marvels of Independence
  28. Innovative Rehabilitation Technologies Emerging From Japan
  29. Joystick Use for Virtual Power Wheelchair Driving in Individuals With Tremor: Pilot Study
  30. Life Care Planning for Spinal Cord Injury: Seating and Mobility Considerations
  31. Light Makes Streets Safer for Disabled
  32. Machines for Living
  33. Me and My Friend Max
  34. Navigation Assistance for Intelligent Wheelchairs
  35. New Ergonomic Headset for Tongue-Drive System With Wireless Smartphone Interface
  36. New Wheelchair Greets Newest Panther Band Cymbalist
  37. On My Command: Laptop Provides Lifeline for Man Paralyzed by ALS
  38. Physiologic Comparison of Yamaha JWII Power Assisted and Traditional Manual Wheelchair Propulsion
  39. Portable Deployable Ramp for Attachment to a Powered Wheelchair
  40. Preventable Wheelchair-Related Thermal Injury
  41. Push for Power
  42. Researchers Hope to Build a Better Wheelchair
  43. RESNA Position on the Application of Tilt, Recline, and Elevating Legrests for Wheelchairs
  44. RESNA Position on the Application of Wheelchair Standing Devices
  45. Robots and Other Technologies in Pediatric Rehabilitation
  46. Shoulder Muscle Demand During Pushrim-Activated Power-Assisted Wheelchair Propulsion
  47. Six-DoF Force Torque Wheelchair Control by Means of the Body Motion
  48. Smart Power Assistance Module for Manual Wheelchairs
  49. Smart Power Assistance Module Mechanical Hardware Suitable for User Testing
  50. 'Smart' Wheelchairs for Mobility Training
  51. Software Design of the Smart Power Assistance Module for Manual Wheelchairs
  52. State of the Science: Virtual Reality
  53. Stepping Into the Future: Assistive Robotics In and Out of the Lab
  54. Stroke Frequency and Excursion Differences Between Manual Wheelchair Propulsion and Pushrim Activated Power Assisted Propulsion Among Persons With Tetraplegia
  55. The Need for the Development of a Child Led Assessment Tool for Powered Mobility Users
  56. Tongue Power: Clinical Trial Shows Quadriplegic Individuals Can Operate Powered Wheelchairs and Computers with Tongue Drive System
  57. Usability of a Joystick-Controlled Six Degree-of-Freedom Robotic Manipulator
  58. Variable-Ratio Pushrim-Activated Power-Assist Wheelchair Eases Wheeling Over a Variety of Terrains for Elders
  59. Vision Based Interface System for Hands Free Control of an Intelligent Wheelchair
  60. Wheelchair Arm Controlled by Thought Alone
  61. Wheelchair Clearance Measurement Device
  62. Wheelchair Diffusion Blog: iPortal for iPhone Displays Power Wheelchair Information and Much More
  63. Wheelchair Ergonomics: Implications for Vocational Participation
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    Maintained for the National Institute on Disability and Rehabilitation Research of the U.S. Dept. of Education
    by ICF Macro under Contract No. ED-04-CO-0018/0007.

    The records in AbleData are provided for information purposes only. Neither the U.S. Department of Education nor ICF Macro has examined, reviewed, or tested any product, device, or information contained in AbleData. The Department and ICF Macro make no endorsement, representation, or warranty express or implied as to any product, device, or information set forth in AbleData. The views expressed on this site do not necessarily represent the opinions of the Department of Education, the National Institute on Disability and Rehabilitation Research, or ICF Macro.