Can observers exploit enhanced motion parallax to control reaching movements within telepresence environments? - Simon J. Watt; Mark F. Bradshaw; Paul B. Hibbard; Ian R. L. Davies; Neil S. Stringer; Andrew R. Willis (Human Vision and Electronic Imaging, 2001)

Assembling virtual pots from 3D measurements of their fragments. - David B. Cooper; Andrew R. Willis; Stuart Andrews; Jill Baker; Yan Cao; Dongjin Han; Kongbin Kang; Weixin Kong; Frederic F. Leymarie; Xavier Orriols; Senem Velipasalar; Eileen Vote; et al. (Virtual Reality, Archeology, and Cultural Heritage, 2001)

Bayesian Pot-Assembly from Fragments as Problems in Perceptual-Grouping and Geometric-Learning. - David B. Cooper; Andrew R. Willis; Stuart Andrews; Jill Baker; Yan Cao; Dongjin Han; Kongbin Kang; Weixin Kong; Frederic F. Leymarie; Xavier Orriols; Senem Velipasalar; Eileen Vote; et al. (ICPR (3), 2002)

Accurately Estimating Sherd 3D Surface Geometry with Application to Pot Reconstruction. - Andrew R. Willis; Xavier Orriols; David B. Cooper (CVPR Workshops, 2003)

Bayesian Assembly of 3D Axially Symmetric Shapes from Fragments. - Andrew R. Willis; David B. Cooper (CVPR (1), 2004)

Alignment of Multiple Non-Overlapping Axially Symmetric 3D Datasets. - Andrew R. Willis; David B. Cooper (ICPR (4), 2004)

Surface Sculpting with Stochastic Deformable 3D Surfaces. - Andrew R. Willis; Jasper Speicher; David B. Cooper (ICPR (2), 2004)

Computational schemes for biomimetic sculpture. - Brower Hatcher; Karl Aspelund; Andrew R. Willis; Jasper Speicher; David B. Cooper; Frederic F. Leymarie (Creativity & Cognition, 2005)

Exhibition: computational schemes for biomimetic sculpture. - Brower Hatcher; Karl Aspelund; Andrew R. Willis; Jasper Speicher; David B. Cooper; Frederic F. Leymarie (Creativity & Cognition, 2005)

A Web Service Platform for Web-Accessible Archaeological Databases. - Ediz Saykol; Yücel Saygin; Aytül Erçil; Andrew R. Willis; David B. Cooper; Martha Sharp Joukowsky (ISCIS, 2005)

Estimating a-priori Unknown 3D Axially Symmetric Surfaces from Noisy Measurements of Their Fragments. - Andrew R. Willis; David B. Cooper (3DPVT, 2006)

3D reconstruction of highly fragmented bone fractures. - Andrew R. Willis; Donald D. Anderson; Thaddeus P. Thomas; Thomas D. Brown; J. Lawrence Marsh (Image Processing, 2007)

Rapid prototyping 3D objects from scanned measurement data. - Andrew R. Willis; Jasper Speicher; David B. Cooper (Image Vis. Comput., 2007)

Automatic Control of a Camera Signal for Mornitoring Systems. - Su-Hong Ahn; Hasung Koo; Jin Tae Kim; Jeong-Su Oh; Andrew R. Willis (IPCV, 2008)

Computational reconstruction of ancient artifacts. - Andrew R. Willis; David B. Cooper (IEEE Signal Process. Mag., 2008)

An algebraic model for fast corner detection. - Andrew R. Willis; Yunfeng Sui (ICCV, 2009)

Virtual 3D bone fracture reconstruction via inter-fragmentary surface alignment. - Beibei Zhou; Andrew R. Willis; Yunfeng Sui; Donald D. Anderson; Thomas D. Brown; Thaddeus P. Thomas (ICCV Workshops, 2009)

A linear method for calibrating LIDAR-and-camera systems. - Andrew R. Willis; Malcolm J. Zapata; James M. Conrad (MASCOTS, 2009)

Improving inter-fragmentary alignment for virtual 3D reconstruction of highly fragmented bone fractures. - Beibei Zhou; Andrew R. Willis; Yunfeng Sui; Donald D. Anderson; Thaddeus P. Thomas; Thomas D. Brown (Image Processing, 2009)

Parsing Architecture within Plan Drawings with Application to Medieval Castles and Fortresses. - Andrew R. Willis; Yunfeng Sui; Katharina Galor (VAST, 2009)

REVEAL intermediate report. - Eben Gay; David B. Cooper; Benjamin B. Kimia; Gabriel Taubin; Daniel Cabrini; Suman Karumuri; Will Doutre; Shubao Liu; Katharina Galor; Donald Sanders; Andrew R. Willis (CVPR Workshops, 2010)

Estimating Gothic facade architecture from imagery. - Andrew R. Willis; Yunfeng Sui; Katharina Galor; Donald Sanders (CVPR Workshops, 2010)

Real-time RGBD odometry for fused-state navigation systems. - Andrew R. Willis; Kevin M. Brink (PLANS, 2016)

Bone fragment segmentation from 3D CT imagery. - Waseem G. Shadid; Andrew R. Willis (Comput. Medical Imaging Graph., 2018)

A closer look at network resolution for efficient network design. - Taojiannan Yang; Sijie Zhu; Shen Yan; Mi Zhang 002; Andrew R. Willis; Chen Chen 001 (CoRR, 2019)

MutualNet: Adaptive ConvNet via Mutual Learning from Network Width and Resolution. - Taojiannan Yang; Sijie Zhu; Chen Chen 001; Shen Yan; Mi Zhang 002; Andrew R. Willis (ECCV (1), 2020)

Maplets: An Efficient Approach for Cooperative SLAM Map Building Under Communication and Computation Constraints. - Kevin M. Brink; Ryan E. Sherrill; Jamie L. Godwin; Jincheng Zhang; Andrew R. Willis (PLANS, 2020)

Three Flavors of RGB-D Visual Odometry: Analysis of cost function compromises and covariance estimation accuracy. - Prashant Ganesh; Kyle Volle; Andrew R. Willis; Kevin M. Brink (PLANS, 2020)

Compute-Bound and Low-Bandwidth Distributed 3D Graph-SLAM. - Jincheng Zhang; Andrew R. Willis; Jamie L. Godwin (CoRR, 2020)

Protection Coordination for Assembly HVDC Breakers for HVDC Multiterminal Grids Using Wavelet Transform. - Bhaskar Mitra 002; Badrul H. Chowdhury; Andrew R. Willis (IEEE Syst. J., 2020)

Volumetric procedural models for shape representation. - Andrew R. Willis; Prashant Ganesh; Kyle Volle; Jincheng Zhang; Kevin M. Brink (Graph. Vis. Comput., 2021)

A system for 3D reconstruction of comminuted tibial plafond bone fractures. - Pengcheng Liu; Nathan Hewitt; Waseem G. Shadid; Andrew R. Willis (Comput. Medical Imaging Graph., 2021)

Structure-From-Motion and RGBD Depth Fusion. - Akash Chandrashekar; John Papadakis; Andrew R. Willis; Jamie Gantert (CoRR, 2021)

Real-Time Surface Fitting to RGBD Sensor Data. - John Papadakis; Andrew R. Willis (CoRR, 2021)

Low-Bandwidth and Compute-Bound RGB-D Planar Semantic SLAM. - Jincheng Zhang; Prashant Ganesh; Kyle Volle; Andrew R. Willis; Kevin M. Brink (Sensors, 2021)

ROS georegistration: Aerial Multi-spectral Image Simulator for the Robot Operating System. - Andrew R. Willis; Kevin M. Brink; Kathleen M. Dipple (CoRR, 2022)

Photometric Correction for Infrared Sensors. - Jincheng Zhang; Andrew R. Willis; Kevin M. Brink (CVPR Workshops, 2023)

GPU-Accelerated Cross-Modal SAR-EO Image Homography Estimation. - Christopher Beam; Andrew R. Willis; Garrett Demeyer; Kevin M. Brink (IGARSS, 2023)

GPU-Accelerated SAR Image Formation in the Presence of Very Large Motion Error. - Andrew R. Willis; Christopher Beam; Garrett Demeyer; Kevin M. Brink (IGARSS, 2023)

Towards GPS-Denied Spotlight SAR Image Formation. - Andrew R. Willis; Christopher Beam; Garrett Demeyer; Kevin M. Brink (IGARSS, 2023)

Planning Visual Inspection Tours for a 3D Dubins Airplane Model in an Urban Environment. - Collin Hague; Andrew R. Willis; Dipankar Maity; Artur Wolek (CoRR, 2023)

Deep Learning for GPS-Denied SAR Image Focusing and Vehicle Trajectory Estimation. - Christopher Beam; Andrew R. Willis; Kevin M. Brink (BMVC, 2024)

UAV-borne Mapping Algorithms for Canopy-Level and High-Speed Drone Applications. - Jincheng Zhang; Artur Wolek; Andrew R. Willis (CoRR, 2024)

Cesium Tiles for High-realism Simulation and Comparing SLAM Results in Corresponding Virtual and Real-world Environments. - Christopher Beam; Jincheng Zhang; Nicholas Kakavitsas; Collin Hague; Artur Wolek; Andrew R. Willis (CoRR, 2024)

GPU-Accelerated 3D Polygon Visibility Volumes for Synergistic Perception and Navigation. - Andrew R. Willis; Collin Hague; Artur Wolek; Kevin M. Brink (CoRR, 2024)

Design and Flight Demonstration of a Quadrotor for Urban Mapping and Target Tracking Research. - Collin Hague; Nicholas Kakavitsas; Jincheng Zhang; Christopher Beam; Andrew R. Willis; Artur Wolek (CoRR, 2024)

Unveiling Ancient Maya Settlements Using Aerial LiDAR Image Segmentation. - Jincheng Zhang; William Ringle; Andrew R. Willis (CoRR, 2024)

UAV-Borne Mapping Algorithms for Low-Altitude and High-Speed Drone Applications. - Jincheng Zhang; Artur Wolek; Andrew R. Willis (Sensors, 2024)

Bridging Formal Shape Models and Deep Learning: A Novel Fusion for Understanding 3D Objects. - Jincheng Zhang; Andrew R. Willis (Sensors, 2024)