Software receiver design for GNSS‐R using multiple GNSS satellites as transmitters

Bistatic synthetic aperture radar using GNSS as transmitters of opportunity

Sea Surface Roughness Estimation Using Signals from Multiple GNSS Satellites

Global Navigation Satellite System reflectometry (GNSS-R) has recently drawn significant attention since it can be employed in a range of applications including sea state, ocean altimetry, soil moisture measurement, and disaster (e.g. flooding, bushfire, and earthquake) monitoring. Although research on GNSS-R in the past two decades has made advances, there are no (or few) real applications of ...

Spaceborne Receiver Design for Scatterometric GNSS Reflectometry

Enhancing GNSS Receiver Sensitivity by Combining Signals from Multiple Satellites collective detection

although i have Managed the innovation coluMn continuously since GPS World’s first issue, it wasn’t until the second issue that I authored a column article. That article, co-written with Alfred Kleusberg, was titled “The Limitations of GPS.” It discussed some of the then-current problems of GPS, including poor signal reception, loss of signal integrity, and limited positioning accuracy. In the ...

Accelerating a Cloud-Based Software GNSS Receiver

This paper discusses ways to reduce the execution time of a software Global Navigation Satellite System (GNSS) receiver that is meant for offline operation in a cloud environment. Client devices register satellite signals they receive, and send them to the cloud, to be processed by this software. The goal of this project is for each client request to be processed as fast as possible, but also t...