Computer & Electrical Engineering Licensing Opportunities

A Neuromorphic Approach to LiDAR Point Cloud Processing can be used in autonomous vehicles. Sensors read object data as the vehicle moves while a processor implements maneuvers to avoid objects based on the data.

USU faculty have developed a novel method of echo cancellation using convolutive blind source separation.

Due to the continued electrification of transportation and integration of renewable energy, the DC microgrids of the future are expected to be much more dynamic than they have been in the past.

USU researchers and collaborators have enabled particular power and energy systems to be compatible with the emerging technology of sea vessels equipped with electromagnetic weapon systems.

Methods to Improve the Efficiency of an Antenna Designed from Optically Transparent Nanowire Nanotube Film

The converter has a single stage topology that can easily be configured for AC or DC grids. The modular battery integrated approach provides improved battery control for maximum energy utilization and extended lifetime.

With this technology, a signal of opportunity can be utilized to determine the target’s position and trajectory while simultaneously reducing the ability of the target to detect tracking attempts.

USU researchers have developed a concrete-embedded fiberglass rebar for wireless inductive power transfer (WIPT) systems.

Researchers from Utah State University analyzed the topology and steady state of a series resonant converter with constant current input.

A framework for analyzing any memoryless extrinsic BMP algorithm operating on quantized channel samples.

A model for calculating thermal emissivity (the ratio between actual and perfect emissivity) for more accurate precision agriculture thermal imaging has been developed on a more granular scale than is currently available from satellite data.

Dr. Heng Ban, the Director of the Center for Thermohydraulics and Material Properties at Utah State University, has developed an optic fiber based probe for thermal property measurement.

A spectrometer capable of detecting and mapping a target atmospheric gas by hyperspectral imaging in low Earth orbit.

This technology reduces component count and system cost with efficacy in a multiport converter. Simplifying this converter allows for more efficient and faster cell balancing speeds.

Transformers are needed to convert a high voltage from the grid and bring the voltage down to a more useful voltage.

A novel zero voltage switching topology allows for high voltage and high-frequency operation without sacrificing efficiency.

A reliable, low-cost system for vehicle positioning using roadway-embedded circuits

Information on various Methods for Efficient, High-Quality Rendering of Texel Imagery

This DAB LCL-T resonant Technology offers generalized three angle modulation for active bridges to convert a DC current source into an outputted DC voltage for these power branching units.

Parallel Resonant Converter for Constant Current Input to Constant Voltage Output DC-DC Converter Over Wide Load Range

Port knocking in code is a method of authentication similar to knocking a secret code onto a door. This technology is a way of using port knocking capabilities to communicate through a firewall.

Improvements upon battery control for Battery Management Systems with hot swappable batteries in series, regulated upon charge and discharge, especially pertinent for plug-and-play microgrid applications.

USU faculty have developed a novel method of dynamic wireless power transfer for the use of electric vehicles using constant DC current distribution in an architecture that includes an energy storage and a solar array connecting inductive charging coils t...

Wireless power transfer (WPT) systems are typically two-stage systems comprising a power factor correction rectifier input stage followed by a DC-DC converter.

This technology is designed to mitigate negative effects on the performance of electromagnetic coils caused by structural materials such as concrete in the process of being embedded in a roadway or pathway.

Static heat exchanger for wireless power transfer power is a patent-pending technology commercialized through Advancing Sustainability through Powered Infrastructure Roadway Electrification.

This technology improves the efficiency of dynamic wireless power transfer (WPT) to electric vehicles by implementing a misalignment detection system.

This technology creates a test which can be used by blind and low vision students to assess their spatial ability, while also helping to improve their spatial ability.

Information on a way to combat speech recognition issues with the Turbo Processing System seaking licensing the technology

This AC-AC conversion system efficiently changes the frequencies from 60 Hz grid power to the higher frequencies normally used in wireless charging applications.

The technology is a wireless inductive power transfer pad for charging electric vehicles.

The technology is a novel control scheme for in-road wireless inductive power transfer pads for dynamic charging of electric vehicles, simplifying the coupling of road and vehicle inductive coils required for charging.