Electrical and Computer Engineering
Center for Multimedia Communication
Digital Signal Processing
Ananya Sen Gupta
Department of Electrical and Computer Engineering
University of Iowa
What do oil spills, air pollutants, and ocean acoustics have in common? Detection, tracking and classification of environmental signals
Tuesday, February 25, 2014
to 5:00 PM
1064 George R. Brown Hall
6100 Main St
Houston, Texas, USA
Environmental studies frequently involve understanding complex relationships between interactive components which may be challenging to detect, quantify or analyze using traditional methods. Furthermore, the interactions between the components themselves might be challenging to model or empirically estimate. For example, a fundamental bottleneck to fingerprinting petroleum sampled from an oil-rich region lies in disentangling interconnections between the unique fingerprint of an oil reservoir and the regional characteristics of the locale. Another practical scenario is separating closely spaced sources of pollution in air quality monitoring, even when the primary pollutants are well-identified. Separating the effect of overlapping multipath in coastal acoustics provides similar challenges. Despite phenomenal advances in signal processing and information sciences, understanding and predicting how context-rich information clusters and flows in the environment compels deeper investigation. In my talk, I will focus on some of these challenges, present some case studies from practical applications, and highlight some key aspects of my ongoing research in these broad directions.
Host: Ashok Veeraraghavan
Biography of Ananya Sen Gupta:
Ananya Sen Gupta is Assistant Professor at the University of Iowa, Department of Electrical and Computer Engineering. Her core research expertise is signal processing, particularly interference mitigation, channel estimation, feature engineering and optimization techniques, with broad applicability across environmental sciences. Recent applications of her work include shallow water acoustics, sonar target detection and classification, petroleum forensics, air quality monitoring, energy optimization for water supply systems, radar-based extreme weather prediction, among many others. She received her MS (Aug. 2001) and PhD (Dec. 2006) in Electrical Engineering from the University of Illinois at Urbana-Champaign.