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Soumik Sarkar

Researcher at Iowa State University

Publications -  288
Citations -  7113

Soumik Sarkar is an academic researcher from Iowa State University. The author has contributed to research in topics: Deep learning & Computer science. The author has an hindex of 31, co-authored 258 publications receiving 4542 citations. Previous affiliations of Soumik Sarkar include Indian Institute of Science & Raytheon.

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Development of Optimized Phenomic Predictors for Efficient Plant Breeding Decisions Using Phenomic-Assisted Selection in Soybean

TL;DR: This study establishes a template for deploying multitrait phenomic prediction that is easily amendable to any crop species and any breeding objective and illuminated the capability of fusing ML and optimization techniques to identify a suite of in-season phenomic traits that will allow breeding programs to decrease the dependence on resource-intensive end- season phenotyping.
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Bridge damage detection using spatiotemporal patterns extracted from dense sensor network

TL;DR: A spatiotemporal pattern network (STPN) strategy built on symbolic dynamic filtering (SDF) is proposed to explore spatiotmporal behaviors in a bridge network and demonstrates increased sensitivity in detecting damages and higher reliability in quantifying the damage level with increase in sensor network density.
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Sensor fusion for fault detection and classification in distributed physical processes

TL;DR: This paper proposes a feature extraction and fusion methodology to perform fault detection & classification in distributed physical processes generating heterogeneous data to achieve high reliability via retaining the essential spatiotemporal characteristics of the physical processes.
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Anomaly Detection in Nuclear Power Plants via Symbolic Dynamic Filtering

TL;DR: In this paper, an anomaly detection algorithm for condition monitoring of nuclear power plants, where symbolic feature extraction and the associated pattern classification are optimized by appropriate partitioning of (possibly noise-contaminated) sensor time series.
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Prognostics of Combustion Instabilities from Hi-speed Flame Video using A Deep Convolutional Selective Autoencoder

TL;DR: An endto-end deep convolutional selective autoencoder approach to capture the rich information in hi-speed flame video for instability prognostics to effectively detect subtle instability features as a combustion process makes transition from stable to unstable region.