Papers
9
Total Citations
273
H-Index
8
About
Nicholas Kottenstette is a pioneering researcher whose work bridges two critical domains: networked control systems theory and robotic-assisted cardiovascular interventions. His early contributions established foundational frameworks for designing stable, robust cyber-physical systems, particularly through passivity-based approaches that address the challenges of time-varying delays and packet loss in wireless networked control systems — work that has garnered over 100 citations across his 2008 and 2012 publications and remains highly influential in control engineering. Kottenstette's research trajectory took a remarkable clinical turn as he applied these control-theoretic principles to robotic telestenting — the remote performance of percutaneous coronary interventions over long distances. His pre-clinical studies, including transcontinental and regional models, systematically investigated how network latency affects procedural performance, collectively accumulating over 140 citations since 2019. This body of work has directly advanced the feasibility of delivering life-saving cardiac care to geographically underserved populations. What makes Kottenstette's career particularly compelling is his rare ability to translate abstract control theory into tangible medical innovation, demonstrating that engineering rigor can reshape how interventional cardiology is practiced across vast distances.
Research Focus
Key Achievements
Top Papers
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- 2Design of Networked Control Systems Using Passivity53 citations · 2012
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- 8Robotic-Assisted Percutaneous Coronary Intervention9 citations · 2019
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