Pushpin Computing System Overview: A Platform for Distributed, Embedded, Ubiquitous Sensor Networks. - Joshua Lifton; Deva Seetharam; Michael Broxton; Joseph A. Paradiso (Pervasive, 2002)

MAGNET: A Tool for Debugging, Analyzing and Adapting Computing Systems. - Mark K. Gardner; Wu-chun Feng; Michael Broxton; Adam Engelhart; Justin Gus Hurwitz (CCGRID, 2003)

MUSE: A Software Oscilloscope for Clusters and Grids. - Mark K. Gardner; Michael Broxton; Adam Engelhart; Wu-chun Feng (IPDPS, 2003)

Localizing a sensor network via collaborative processing of global stimuli. - Michael Broxton; Joshua Lifton; Joseph A. Paradiso (EWSN, 2005)

Experiences and directions in pushpin computing. - Joshua Lifton; Michael Broxton; Joseph A. Paradiso (IPSN, 2005)

Localization on the pushpin computing sensor network using spectral graph drawing and mesh relaxation. - Michael Broxton; Joshua Lifton; Joseph A. Paradiso (ACM SIGMOBILE Mob. Comput. Commun. Rev., 2006)

Autonomous Robotic Inspection for Lunar Surface Operations. - Maria Bualat; Laurence J. Edwards; Terrence Fong; Michael Broxton; Lorenzo Flueckiger; Susan Y. Lee; Eric Park; Vinh To; Hans Utz; Vandi Verma; Clayton Kunz; Matt MacMahon (FSR, 2007)

A bayesian formulation for sub-pixel refinement in stereo orbital imagery. - Ara V. Nefian; Kyle Husmann; Michael Broxton; Vinh To; Michael Lundy; Matthew D. Hancher (ICIP, 2009)

3D Lunar Terrain Reconstruction from Apollo Images. - Michael Broxton; Ara V. Nefian; Zachary Moratto; Taemin Kim; Michael Lundy; Aleksandr V. Segal (ISVC (1), 2009)

Photometric Recovery of Ortho-Images Derived from Apollo 15 Metric Camera Imagery. - Taemin Kim; Ara V. Nefian; Michael Broxton (ISVC (1), 2009)

Lunar Terrain and Albedo Reconstruction from Apollo Imagery. - Ara V. Nefian; Taemin Kim; Michael Broxton; Zachary Moratto (CIDU, 2010)

Student's t robust bundle adjustment algorithm. - Aleksandr Y. Aravkin; Michael Styer; Zachary Moratto; Ara V. Nefian; Michael Broxton (ICIP, 2012)

Volume reconstruction and resolution limits for three dimensional snapshot microscopy. - Michael Broxton (2017)

DeepView: View Synthesis With Learned Gradient Descent. - John Flynn; Michael Broxton; Paul E. Debevec; Matthew DuVall; Graham Fyffe; Ryan S. Overbeck; Noah Snavely; Richard Tucker 001 (CVPR, 2019)

Compositing light field video using multiplane images. - Matthew DuVall; John Flynn; Michael Broxton; Paul E. Debevec (SIGGRAPH Posters, 2019)

A Low Cost Multi-Camera Array for Panoramic Light Field Video Capture. - Michael Broxton; Jay Busch; Jason Dourgarian; Matthew DuVall; Daniel Erickson; Daniel Evangelakos; John Flynn; Ryan S. Overbeck; Matt Whalen; Paul E. Debevec (SIGGRAPH Asia Posters, 2019)

DeepView Immersive Light Field Video. - Michael Broxton; Jay Busch; Jason Dourgarian; Matthew DuVall; Daniel Erickson; Daniel Evangelakos; John Flynn; Peter Hedman; Ryan S. Overbeck; Matt Whalen; Paul E. Debevec (SIGGRAPH Immersive Pavilion, 2020)

Immersive light field video with a layered mesh representation. - Michael Broxton; John Flynn; Ryan S. Overbeck; Daniel Erickson; Peter Hedman; Matthew DuVall; Jason Dourgarian; Jay Busch; Matt Whalen; Paul E. Debevec (ACM Trans. Graph., 2020)

FourierNets enable the design of highly non-local optical encoders for computational imaging. - Diptodip Deb; Zhenfei Jiao; Ruth R. Sims; Alex B. Chen; Michael Broxton; Misha B. Ahrens; Kaspar Podgorski; Srinivas C. Turaga (NeurIPS, 2022)

Inpaint3D: 3D Scene Content Generation using 2D Inpainting Diffusion. - Kira Prabhu; Jane Wu; Lynn Tsai; Peter Hedman; Dan B. Goldman; Ben Poole; Michael Broxton (CoRR, 2023)

Quark: Real-time, High-resolution, and General Neural View Synthesis. - John Flynn; Michael Broxton; Lukas Murmann; Lucy Chai; Matthew DuVall; Clément Godard; Kathryn Heal; Srinivas Kaza; Stephen Lombardi; Xuan Luo; Supreeth Achar; Kira Prabhu; et al. (ACM Trans. Graph., 2024)