Innovative technologies and precision processes are leading U.S. manufacturers into new — even lifesaving — arenas.
Innovative technologies and precision processes are leading U.S. manufacturers into new — even lifesaving — arenas.
Robotic walking on unstable granular surfaces such as sand is still a challenging problem because the deformable terrain complicates robot dynamics. Researchers in the Complex Rheology and Biomechanics Lab in the Georgia Tech School of Physics are developing a stability model to guide robotic motion on such surfaces with the goal of allowing stable planar bipedal walking. Photo by Rob Felt.
To support construction automation, Georgia Tech researchers have developed the Ground Robot for Mapping Infrastructure (GRoMI), which uses a hybrid thermal laser scanning system. GRoMI is a project of the Robotics and Intelligent Construction Automation Laboratory in the School of Civil and Environmental Engineering. Photo by Rob Felt.
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