Ben Allan
Papers
2
Total Citations
13
H-Index
2
About
Ben Allan is a robotics researcher focused on assistive and field robotics, with key contributions in human-robot interaction and locomotion in challenging environments. His most cited work, "Mobile follower robot as an assistive device for home oxygen therapy – evaluation of tether control algorithms" (2015, 11 citations), pioneers the use of a two-wheeled differential drive robot to support patients with severe lung diseases. By developing and evaluating tether control algorithms, Allan’s research directly addresses the mobility limitations of individuals on Home Oxygen Therapy, offering a practical, real-world application of robotics in healthcare. This work demonstrates his commitment to designing robots that enhance quality of life through intuitive, follower-based assistance. Additionally, Allan has explored extreme environment robotics, as seen in his paper "Development of Tethered Detachable Hook IV for Robot Locomotion in Extremely Rough Environments" (2011, 2 citations). Here, he contributed to novel locomotion strategies—using tethered hooks—to enable robots to traverse steep slopes and deep pits where traditional wheeled or tracked systems fail. While his citation counts are modest, Allan’s research is notable for its targeted, application-driven approach, bridging assistive technology and rugged field robotics, and his work on tether control for patient support remains a unique and impactful contribution to the field.
Research Focus
Key Achievements
Top Papers
- 1
- 2