Javascript must be enabled to continue!
Current Advances in Hyperspectral Face Recognition
View through CrossRef
Hyperspectral imaging systems are well established, for satellite,
remote sensing and geosciences applications. Recently, the reduction in
the cost of hyperspectral sensors and increase in the imaging speed has
attracted computer vision scientists to apply hyperspectral imaging to
ground based computer vision problems such as material classification,
agriculture, chemistry and document image analysis. Hyperspectral
imaging has also been explored for face recognition; to tackle the
issues of pose and illumination variations by exploiting the richer
spectral information of hyperspectral images. In this article, we
present a detailed review on the potential of hyperspectral imaging for
face recognition. We present hyperspectral image aquisition process and
discuss key preprocessing challenges. We also discuss hyperspectral face
recognition databases and techniques for feature extraction from the
hyperspectral images. Potential future research directions are also
highlighted
Institute of Electrical and Electronics Engineers (IEEE)
Title: Current Advances in Hyperspectral Face Recognition
Description:
Hyperspectral imaging systems are well established, for satellite,
remote sensing and geosciences applications.
Recently, the reduction in
the cost of hyperspectral sensors and increase in the imaging speed has
attracted computer vision scientists to apply hyperspectral imaging to
ground based computer vision problems such as material classification,
agriculture, chemistry and document image analysis.
Hyperspectral
imaging has also been explored for face recognition; to tackle the
issues of pose and illumination variations by exploiting the richer
spectral information of hyperspectral images.
In this article, we
present a detailed review on the potential of hyperspectral imaging for
face recognition.
We present hyperspectral image aquisition process and
discuss key preprocessing challenges.
We also discuss hyperspectral face
recognition databases and techniques for feature extraction from the
hyperspectral images.
Potential future research directions are also
highlighted.
Related Results
Current Advances in Hyperspectral Face Recognition
Current Advances in Hyperspectral Face Recognition
Hyperspectral imaging systems are well established,
for satellite, remote sensing and geosciences applications. Recently, the reduction in the cost of hyperspectral sensors and
inc...
Increased life expectancy of heart failure patients in a rural center by a multidisciplinary program
Increased life expectancy of heart failure patients in a rural center by a multidisciplinary program
Abstract
Funding Acknowledgements
Type of funding sources: None.
INTRODUCTION Patients with heart failure (HF)...
Learned Hyperspectral Compression Using a Student’s T Hyperprior
Learned Hyperspectral Compression Using a Student’s T Hyperprior
Hyperspectral compression is one of the most common techniques in hyperspectral image processing. Most recent learned image compression methods have exhibited excellent rate-distor...
Mapping Mineralogical Distributions on Mars with Unsupervised Machine Learning
Mapping Mineralogical Distributions on Mars with Unsupervised Machine Learning
Abstract
Knowledge of the constituents of the Martian surface and their distributions over the planet informs us about Mars’ geomorphological formation and evolutionary h...
Hyperspectral Technology in Agricultural Soil Heavy Metal Detection: Current Applications and Future Directions
Hyperspectral Technology in Agricultural Soil Heavy Metal Detection: Current Applications and Future Directions
Soil heavy metal pollution has become a global environmental issue, posing serious threats to agricultural productivity, food safety, and human health. The emergence of hyperspectr...
Hyperspectral Data Processing Procedure at Ag Alumni Seed Phenotyping Facility (AAPF), Purdue University
Hyperspectral Data Processing Procedure at Ag Alumni Seed Phenotyping Facility (AAPF), Purdue University
Hyperspectral imaging is a non-destructive imaging technique used in plant phenotyping to collect and analyze an array of electromagnetic information in visible (380-700 nm) and ne...
A comparative study of hyperspectral unmixing using different algorithm approaches
A comparative study of hyperspectral unmixing using different algorithm approaches
<span>Hyperspectral unmixing (HU) is an important technique for remotely sensed hyperspectral data exploitation. Hyperspectral unmixing is required to get an accurate estimat...
Hyperspectral imaging and artificial neural networks for oil spills automatic detection
Hyperspectral imaging and artificial neural networks for oil spills automatic detection
Abstract
The detection of hydrocarbon spills in marine environments is a critical challenge due to their severe impact on aquatic ecosystems. Hyperspectral imagin...

