NEST: droNE_STation
droNE_STation (NEST): Fully autonomous drone operations (no human intervention)
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Unveiling CYGNSS Land Signatures
Our team focuses on unveiling CYGNSS land signatures for high spatio-temporal soil moisture estimation under NASA’s 2018 NASA Earth and Space Science Fellowship program.
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SCoBi
Our team recently developed an open Sourced frame work called SCoBi, which is a fully polarimetric Signal of Opportunity (SoOp) Coherent Bistatic Scattering Model to...
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I, P, and S-band SoOp Reflectometry of Land
Our research team collaborates with Purdue University and NASA Goddard Space Flight Center under NASA’s Terrestrial Hydrology Program with aim to retrieve profile soil moisture at different depth...
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Environmental Monitoring via A Smartphone GNSS Receiver
In this work, we examine feasibility of using smartphone in-built GNSS sensor as a passive radar for the purpose of remote sensing of a number...
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Autonomous UAS-based GNSS-R System
In this work, we are developing an autonomous small Unmanned Aircraft Systems (UASs) that can produce high-resolution maps of soil moisture by harnessing signals from...
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Research
IMPRESS Lab conducts basic and applied research, ranging from the design, building, and experimentation of sensing systems to the theoretical analysis, information processing and algorithm development.
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Publications
Check out our latest and archive of our journal and conference papers, and presentations by browsing the links to the left!
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People
Dr. Gurbuz and Dr. Kurum are co-directors of IMPRESS Lab of Department of Electrical & Computer Engineering at Mississippi State University. The Lab includes over ten graduate and undergraduate students.
