Engineering a more accessible world.

Engineering a more accessible world.

Presents the results of the 2000 RESNA student scientific paper and student design competitions. The following topics are dealt with: feasibility of restoring shoulder function in high level tetraplegia; proactive balance while maintaining a stationary wheelie; excursion and stroke frequency differe...

詳細記述

書誌詳細
出版年:IEEE Engineering in medicine and biology magazine 19, 6 (2000).
第一著者: Simpson, R.C
フォーマット: 論文
言語:English
主題:
2000 RESNA student scientific paper competition.
4-bar linkage mechanism.
Boccia ramp.
Child prehensors.
Children with severe disabilities.
Command control algorithms.
Exploratory play agents.
High level tetraplegia.
Limited hand/finger coordination.
Manual wheelchair propulsion.
Performance evaluation.
Personal augmentation devices design.
Potato wrapper.
Proactive balance.
Pushrim-activated power-assisted wheelchair propulsion.
Severe motor impairments.
Shoulder function restoration.
Stationary wheelie maintenance.
Stroke frequency.
Student design competition.
Switch-activated ball thrower.
Upper-extremity neuroprostheses.