Adaptive Control of Odor-Guided Locomotion: Behavioral Flexibility as an Antidote to Environmental Unpredictability1. - Jim H. Belanger; Mark A. Willis (Adapt. Behav., 1996)

A Robotic Platform for Testing Moth-inspired Plume Tracking Strategies. - Adam J. Rutkowski; Shaun Edwards; Mark A. Willis; Roger D. Quinn; Greg C. Causey (ICRA, 2004)

Moth-Inspired Plume Tracking Strategies In Three-Dimensions. - Shaun Edwards; Adam J. Rutkowski; Roger D. Quinn; Mark A. Willis (ICRA, 2005)

Biologically inspired self-motion estimation using the fusion of airspeed and optical flow. - Adam J. Rutkowski; Roger D. Quinn; Mark A. Willis (ACC, 2006)

Simulated Odor Tracking in a Plane Normal to the Wind Direction. - Adam J. Rutkowski; Mark A. Willis; Roger D. Quinn (ICRA, 2006)

A Sensor Fusion Approach to Odor Source Localization Inspired by the Pheromone Tracking Behavior of Moths. - Adam J. Rutkowski; Roger D. Quinn; Mark A. Willis (ICRA, 2007)

Egomotion estimation with optic flow and air velocity sensors. - Adam J. Rutkowski; Mikel M. Miller; Roger D. Quinn; Mark A. Willis (Biol. Cybern., 2011)

Maintaining odor tracking behavior using an established tracking direction in a dynamic wind environment. - Brian K. Taylor; Dora Wu; Mark A. Willis; Roger D. Quinn (ICRA, 2012)

An Insect-Scale Bioinspired Flapping-Wing-Mechanism for Micro Aerial Vehicle Development. - Kenneth C. Moses; Nathaniel I. Michaels; Joel Hauerwas; Mark A. Willis; Roger D. Quinn (Living Machines, 2017)

Simulating Flapping Wing Mechanisms Inspired by the Manduca sexta Hawkmoth. - Kenneth C. Moses; David Prigg; Matthias Weisfeld; Richard J. Bachmann; Mark A. Willis; Roger D. Quinn (Living Machines, 2018)

Manufacturing Artificial Wings Based on the Manduca sexta Hawkmoth. - Matthias Weisfeld; Kenneth C. Moses; David Prigg; Richard J. Bachmann; Mark A. Willis; Roger D. Quinn (Living Machines, 2019)