Reflex Motor Architecture for Ternary Robot Control
3D vision from ternary stereo — depth computed as left-brighter, matched, right-brighter.
Explore the Vision
Discover this technology through five complementary perspectives — from technical architecture to partnership outcomes. Each layer reveals a different aspect of how this innovation creates value.
3D vision from ternary stereo — depth computed as left-brighter, matched, right-brighter.
What It IS
Technical VisionThe architectural essence — what makes this technology work
A stereo camera pair with its depth map computing in pure ternary: each pixel comparison yields +1 (left brighter), 0 (matched), or -1 (right brighter). Depth emerges from millions of three-valued comparisons. Three-dimensional sight from three-valued judgments.
Abstract
Low-latency reflex motor control using ternary neural networks, enabling real-time reaction to sensory inputs without central control bottlenecks.
Visual Essence
A stereo camera pair with its depth map computing in pure ternary: each pixel comparison yields +1 (left brighter), 0 (matched), or -1 (right brighter). Depth emerges from millions of three-valued comparisons. Three-dimensional sight from three-valued judgments.
Technology Domains
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Quality Navigation and Dead Reckoning Filtering
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