Category: Biologically encoded augmented reality

Dissertation and graduate work at MIT

Dissertation excerpts

This dissertation describes a system architecture inspired by an opportunity to integrate powerful perceptual phenomenon onto natural environments. The goal of this system is to

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Stimulus preparation

The system architecture and methodology described here introduce a novel two-stage carrier signal generation approach:  first, proven psychophysical carrier signals are adapted to the environment

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Synthetic shape motion

Our visual realities are flooded with complex and robust natural scenes.  New findings in curvature estimation illustrate where our expectations of reality can break down

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Invisible Ink

The eye is a highly sensitive and programmable array of sensors.  By presenting stimuli to discrete regions of the retina we encode neural pathways with

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© 2020 Matthew Everett Lawson