A robotically-augmented walker for older adults.

J. Glover, D. Holstius, M. Manojlovich, K. Montgomery, A. Powers, J. Wu, S. Kiesler, J. Matthews, and S. Thrun.

Many older adults use walkers to improve their stability and safety while walking. We have developed a robotically augmented walker to reduce fall risk and confusion, and to increase walker convenience and enjoyment. Using a modified version of the CARMEN navigation software suite [11], the walker is capable of parking itself and returning to the user when signaled by remote control. The system also supports navigation in large indoor environments by providing simple directions to target locations such as a cafeteria. The walker received positive reviews during informal testing with residents of a Pennsylvania residence facility for older adults. This research is sponsored by the National Science Foundation under the ITR Program, which is gratefully acknowledged. The views and concussions contained in this document are those of the authors and should not be interpreted as necessarily representing official policies of endorsements, either expressed or implied, of the United States Government of the National Science Foundation.

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@TECHREPORT{Glover03a,
  AUTHOR        = {J. Glover and D. Holstius and M. Manojlovich and K. Montgomery and A. Powers and J. Wu and S. Kiesler and J. Matthews and S. Thrun},
  TITLE         = {A Robotically-Augmented Walker for Older Adults},
  YEAR          = {2003},
  NUMBER        = {CMU-CS-03-170},
  INSTITUTION   = {Carnegie Mellon University, Computer Science Department},
  ADDRESS       = {Pittsburgh, PA}
}