Pete Bonasso

Papers

Total Citations

120

H-Index

About

Pete Bonasso is a pioneering researcher in intelligent robotic control architectures and automated life-support systems for space missions. His seminal work on the three-tiered (3T) architecture—a layered framework combining deliberative planning, sequencing, and reactive control—has become a foundational model for autonomous systems in aerospace and field robotics. Bonasso’s most cited paper (56 citations) details how 3T coordinates humans, robots, and life-support equipment to manage water, gases, and food in remote habitats. He further advanced adjustable autonomy, enabling robots to shift between human-directed and fully autonomous modes—a critical capability for deep-space missions where communication delays are inevitable. His research on sentient robots (14 citations) explores the challenges of deploying adaptable, user-friendly machines in human societies and team settings. With over 120 total citations across his key works, Bonasso’s contributions have directly influenced NASA’s automation strategies and the design of semi-autonomous agents for hazardous environments. His work remains essential reading for students and engineers developing resilient, human-robot collaborative systems for space exploration and terrestrial applications.