'You Can Run, but You Cannot Hide': Tracking Objects that leave the Field-of-View. - Jacob D. Hauenstein; Ramazan Tinaztepe; Ramazan Savas Aygün (Int. J. Inf. Technol. Decis. Mak., 2012)

On Reliable Estimation of Curvatures of Implicit Surfaces. - Jacob D. Hauenstein; Timothy S. Newman (3DV, 2014)

Fast and accurate volume data curvature determination using GPGPU computation. - Jacob D. Hauenstein; Timothy S. Newman (ACM Southeast Regional Conference, 2018)

An Examination of the Effects of Noise Level on Methods to Determine Curvature in Range Images. - Jacob D. Hauenstein; Timothy S. Newman (IQSP, 2019)

Exhibition and Evaluation of Two Schemes for Determining Hypersurface Curvature in Volumetric Data. - Jacob D. Hauenstein; Timothy S. Newman (J. WSCG, 2019)

Curvature determination in range images: new methods and comparison study. - Jacob D. Hauenstein; Timothy S. Newman (Multim. Tools Appl., 2019)

Descriptions and evaluations of methods for determining surface curvature in volumetric data. - Jacob D. Hauenstein; Timothy S. Newman (Comput. Graph., 2020)

New Methods and Novel Framework for Hypersurface Curvature Determination and Analysis. - Jacob D. Hauenstein; Timothy S. Newman (J. WSCG, 2021)

Toward Energy Efficient Curvature in Range Images. - Jacob D. Hauenstein; Timothy S. Newman (ISM, 2022)

A Multi-Agent System Approach for Mitigating Partial Display Failures. - Jacob Cappi; Jacob D. Hauenstein (ACM Southeast Regional Conference, 2024)

Achieving Better Energy Efficiency in Volume Analysis and Direct Volume Rendering Descriptor Computation. - Jacob D. Hauenstein; Timothy S. Newman (Comput., 2024)

Basic Evaluation and Scoring of Energy Use in Range Image Curvature Determination. - Jacob D. Hauenstein; Timothy S. Newman (Int. J. Semantic Comput., 2024)

Scientific Computing Energy Footprinting Across CPU Generations. - Jacob D. Hauenstein; Timothy S. Newman (ICPE (Companion), 2025)