Kana, S., Tee, K., Campolo, D., & Engineering, S. o. M. a. A. (2022). Human–robot co-manipulation during surface tooling: A general framework based on impedance control, haptic rendering and discrete geometry.
Chicago Style CitationKana, Sreekanth, Keng-Peng Tee, Domenico Campolo, and School of Mechanical and Aerospace Engineering. Human–robot Co-manipulation During Surface Tooling: A General Framework Based On Impedance Control, Haptic Rendering and Discrete Geometry. 2022.
MLA CitationKana, Sreekanth, Keng-Peng Tee, Domenico Campolo, and School of Mechanical and Aerospace Engineering. Human–robot Co-manipulation During Surface Tooling: A General Framework Based On Impedance Control, Haptic Rendering and Discrete Geometry. 2022.
Warning: These citations may not always be 100% accurate.