Robert Edward Wagner
Papers
1
Total Citations
3
H-Index
1
About
Robert Edward Wagner is a computational vision scientist whose work bridges biological visual processing and machine perception. His primary research areas include active vision systems, stereo depth perception, and biologically inspired models of visual representation. Wagner’s most notable contribution is his development of a wide-field model of human visual topography, which extends the classical logarithmic mapping of the central visual field into the far periphery using a second logarithmic pole. This dual-pole framework, presented in his 2004 paper “Stereo active vision and peripheral optical flow,” provides a more complete mathematical approximation of primate visual representation and has direct applications in stereo active vision and optical flow computation for robotic systems. While his most-cited work has accumulated 3 citations, its conceptual significance lies in offering a unified model for both foveal and peripheral vision, challenging the traditional monopole approach. Wagner’s research is particularly valuable for engineers developing wide-angle computer vision systems that emulate human gaze control and peripheral motion detection, making him a key figure in the intersection of neurobiology and machine vision.
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Top Papers
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