Caroline Bryson Black

University of Tennessee at Knoxville, University of Alabama in Huntsville

Papers

Total Citations

176

H-Index

About

Caroline Bryson Black is a leading researcher in the field of continuum robotics, with a focus on the modeling, control, and application of parallel continuum robots (PCRs). Her work bridges the gap between traditional rigid-link robots and flexible continuum designs, enabling compact, compliant, and precise manipulation for minimally invasive surgery and human-robot interaction. Black’s most influential contribution is her 2017 paper on "Parallel Continuum Robots: Modeling, Analysis, and Actuation-Based Force Sensing," which has garnered 157 citations. In this work, she introduced a generalized Cosserat-rod-based kinetostatic model that unifies various joint types, offering a robust framework for PCR design and force sensing without external sensors. Her subsequent research on stiffness control (2018) further advanced the field by enabling adaptive compliance in surgical tools. Black’s broader impact is evident in her 2017 thesis, which synthesizes modeling, analysis, force sensing, and control for continuum robots in surgery. Her work has been instrumental in pushing PCRs toward practical clinical use, earning her recognition as a pioneer in soft and continuum robotics.