Complex Analysis for Reconstruction from Controlled Motion. - R. Andrew Hicks; David Pettey; Konstantinos Daniilidis; Ruzena Bajcsy (CAIP, 1999)

Catadioptric Sensors that Approximate Wide-Angle Perspective Projections. - R. Andrew Hicks; Ruzena Bajcsy (CVPR, 2000)

Closed Form Solutions for Reconstruction Via Complex Analysis. - R. Andrew Hicks; David Pettey; Kostas Daniilidis; Ruzena Bajcsy (J. Math. Imaging Vis., 2000)

Geometric Distributions for Catadioptric Sensor Design. - R. Andrew Hicks; Ronald K. Perline (CVPR (1), 2001)

Reflective surfaces as computational sensors. - R. Andrew Hicks; Ruzena Bajcsy (Image Vis. Comput., 2001)

Differential Methods in Catadioptric Sensor Design with Applications to Panoramic Imaging - R. Andrew Hicks (CoRR, 2003)

The Method of Vector Fields for Catadioptric Sensor Design with Applications to Panoramic Imaging. - R. Andrew Hicks; Ronald K. Perline (CVPR (2), 2004)

An optical navigation sensor for micro aerial vehicles. - Christel-Loïc Tisse; Hugh F. Durrant-Whyte; R. Andrew Hicks (Comput. Vis. Image Underst., 2007)

Computational Photography with Panoramic Sensors that Have Uniform Resolution with Respect to Unwarping Transformations. - R. Andrew Hicks; Meredith Coletta (J. Math. Imaging Vis., 2013)

The Frobenius Integrability Theorem and the Blind-Spot Problem for Motor Vehicles. - Meredith Coletta; R. Andrew Hicks; Shari Moskow (SIAM J. Imaging Sci., 2013)

Frobenius Integrability, Automotive Blind Spots, Non-reversing Mirrors, and Panoramic Mirrors. - Elim Hicks; R. Andrew Hicks; Ron Perline; Sarah G. Rody (Am. Math. Mon., 2023)