Wireless

Building a testbed system that uses ultra-wideband (UWB) radio and software defined radio (SDR) to improve RF data collection by adding a spatial context to a cognitive radio system.

Entering the Global Navigation Satellite System (GNSS) automated test market with a high-performance, flexible, and aggressively priced solution that is also scalable and can address growing features in ...

We aimed to develop wireless communication technology that could remarkably reduce the latency caused by a series of communication-related processes while multiple mobile phones, also called user equipment ...

Reducing response time for outpatient medical equipment by increasing the attention level of civilian drivers in the path of an emergency vehicle.

Healthcare has become one of the biggest social and economic issues of our time for compelling reasons, such as aging populations. The need to assist people with disabilities, chronic disease, dementia, ...

Creating an application to receive and interpret in real-time the information from ADS-B messages sent by inflight commercial aircraft equipped with ADS-B transceivers and finding a way to maintain continuous ...

We needed to implement a cost-effective low-altitude aerial testbed that can verify novel wireless communications applications between the airborne node and ground terminals while meeting tight constraints ...

Developing a fully configurable multiconstellation global navigation satellite system (GNSS) receiver for educational and research purposes so that users can access the core of signal processing algorithms. ...

Creating more opportunities for prototyping array-processing algorithms for signal detection, direction-finding, localization, beamforming, and target-tracking applications that are lacking due to the ...

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