Robert J. Woodham

Papers

Total Citations

128

H-Index

About

Robert J. Woodham is a pioneer in computer vision and robotics, best known for his foundational work on shape-from-shading and deformable object modeling. His research spans the acquisition of physical models for interactive simulation, telerobotic measurement, and robotic manipulation of deformable objects. Woodham’s most cited paper, “Acquisition of Elastic Models for Interactive Simulation” (2002, 59 citations), introduced a robust method for estimating an elastic solid’s Green’s functions matrix, enabling realistic, real-time deformation in virtual environments. This work, along with “Robotic acquisition of deformable models” (2003, 14 citations), demonstrated how robotic systems can autonomously observe and model object deformation—a key step toward haptic feedback and surgical simulation. His “ACME, a telerobotic active measurement facility” (2008, 55 citations) further advanced remote sensing and manipulation. Woodham’s contributions have shaped modern approaches to physically based modeling and interactive simulation, influencing fields from computer graphics to medical robotics. His legacy lies in bridging theory and practice, making complex physical interactions computationally tractable and practically deployable.