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Michael Karpelson

3 accepted papers

2026

Simplified Fabrication and Open-Loop Control of an Electromagnetic Insect-Scale Terrestrial Robot

ICRA 2026poster

Small-scale terrestrial robots have a number of applications where operation in confined spaces is required. Because of their low mass (less than five grams) and small size (less than five centimeters), their mechanical design requires careful analysis of multiple subsystems (e.g., actuation, power,…

Cited by 0Scholar
2018

Low-Cost Electromechanical Actuator Arrays for Tactile Display Applications

ICRA 2018poster

Dynamic tactile displays represent a class of haptic devices of particular interest to the blind and visually impaired. Despite many years of research and development efforts, the low-cost, low-power, compact tactile display remains elusive. This paper describes a low-cost electromechanical actuator…

Cited by 7SourceScholar
2015

Feedback control of a legged microrobot with on-board sensing

IROS 2015poster

Full autonomy remains a challenge for miniature robotic platforms due to mass and size requirements of on-board power and control electronics. This paper presents a solution to these challenges with a 2.3g autonomous legged robot. An off-the-shelf optical mouse sensor is adapted for use on the Harva…

Cited by 25SourceScholar