FIT
Available Technologies

Generalized Image Processor
This technology can have value as a component for many imaging, surveillance, and machine vision applications.

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Guided Bone Regeneration Technology
A novel material has been developed for dental implants that could lead to better patient outcomes.

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Technology for Internet Routers
A technology developed at the University of Memphis has the potential to save money for ISPs by reducing their need to buy, maintain and constantly upgrade expensive line cards.

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Novel Implantable Material for Peripheral Nerve Repair
A novel product platform has been developed that has significant potential to improve the outcomes of nerve repair procedures.

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Clarinet Ligature reduces cracked tones

The enhanced design of the ligature provides improvements in tone, control, articulation and richness in the core of sound produced by the instrument.

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Semantic Spaces
This process provides a method for evaluating semantic spaces within a unified theoretical framework.

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Terahertz Imaging Technology
This portable device can provide next-generation threat detection using sub-millimeter waves that are able to penetrate man-made materials.

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Wireless Compact Radar
A compact, wireless, low cost radar and sensor mote system has been developed for the surveillance and tracking of moving targets.

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Emotionally-Sensitive Intelligent Tutoring Systems
The invention consists of software and proprietary algorithms which allow ITSs to sense and optimally respond to the learner's emotional states and not simply their cognitive states.

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Robust Lightweight Insulation Material

A novel approach to employing aerogel technology that overcomes curent limitations and provides additional capabilities.

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System and Method for Automatic Extraction of Conceptual Graphs
A novel technology from the Institute for Intelligent Systems at the University of Memphis will give ITS developers this valuable tool for extracting conceptual graphs using semantic information in the text.

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Dynamic Text Layout Algorithm Provides Best Comprehension Gains
A better and more flexible way to layout text for improved comprehension with less reading time. The invention applies to a new way to provide line breaks in text using the strength of the semantic relation between words in a sentence.

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Last Updated: 3/26/14