This invention introduces a novel cloud-based, Software Defined Networking (SDN) architecture for delivering content efficiently over wireless networks.

This invention introduces a robust and resilient LTE-based wireless network architecture that ensures high availability for mission-critical applications.

This invention proposes a unified wireless communication system based on Software Defined Networking (SDN) that integrates multiple Radio Access Technologies (RATs) like LTE, WLAN, and future 5G systems.

This invention presents a Software Defined Networking (SDN)-based system to improve wireless communication by managing an overlay network on top of existing multi-RAT (Radio Access Technology) infrastructure.

The present invention in general pertains to systems and methods for measuring the dynamic properties of scattering particles within a medium, including fluid flow.

This invention describes a strip associated with a pipeline, wherein the strip is located on the surface of the pipeline or molded into the pipeline and variation in capacitance across the strip indicates a discontinuity in the pipeline.

This invention describes an electrochemical biosensor for detection of biological toxins.

The present invention relates to 100% pearlitic internal microstructure having an average mean true interlamellar spacing as low of 70 nm and in the range of 150-70 nano-meters have been produced in bulk by austenitization at 980°C to 1020°C for a

Described herein is a system and method for replicating flow within turbid media through vibrating phantoms.

The present invention relates to High strength Nano-structured pearlitic steel having an interlamellar spacing in the range of 60