Search Results for author: Saurabh Prasad

Found 7 papers, 0 papers with code

Advances in Deep Learning for Hyperspectral Image Analysis--Addressing Challenges Arising in Practical Imaging Scenarios

no code implementations16 Jul 2020 Xiong Zhou, Saurabh Prasad

Deep neural networks have proven to be very effective for computer vision tasks, such as image classification, object detection, and semantic segmentation -- these are primarily applied to color imagery and video.

Active Learning Hyperspectral image analysis +5

Sparse Representation-Based Classification: Orthogonal Least Squares or Orthogonal Matching Pursuit?

no code implementations18 Jul 2016 Minshan Cui, Saurabh Prasad

Based on these developments, a sparse representation-based classification (SRC) has been proposed for a variety of classification and related tasks, including face recognition.

Benchmarking Classification +4

Composite Kernel Local Angular Discriminant Analysis for Multi-Sensor Geospatial Image Analysis

no code implementations18 Jul 2016 Saurabh Prasad, Minshan Cui, Lifeng Yan

With the emergence of passive and active optical sensors available for geospatial imaging, information fusion across sensors is becoming ever more important.

Anomaly Detection

Person Re-identification with Hyperspectral Multi-Camera Systems --- A Pilot Study

no code implementations15 Jul 2016 Saurabh Prasad, Tanu Priya, Minshan Cui, Shishir Shah

Specifically, we assert that by accurately characterizing the unique spectral signature for each person's skin, hyperspectral imagery can provide very useful descriptors (e. g. spectral signatures from skin pixels) for re-identification.

Person Re-Identification

Spatial Context based Angular Information Preserving Projection for Hyperspectral Image Classification

no code implementations15 Jul 2016 Minshan Cui, Saurabh Prasad

Additionally, we also propose a sparse representation based classifier which is optimized to exploit spatial information during classification - we hence assert that our proposed projection is particularly suitable for classifiers where local similarity and spatial context are both important.

Classification Dimensionality Reduction +3

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