Multispectral pattern recognition
Multispectral remote sensing is the collection and analysis of reflected, emitted, or back-scattered energy from an object or an area of interest in multiple bands of regions of the electromagnetic spectrum (Jensen, 2005). Subcategories of multispectral remote sensing include hyperspectral, in which hundreds of bands are collected and analyzed, and ultraspectral remote sensing where many hundreds of bands are used (Logicon, 1997). The main purpose of multispectral imaging is the potential to classify the image using multispectral classification. This is a much faster method of image analysis than is possible by human interpretation.
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- enMultispectral remote sensing is the collection and analysis of reflected, emitted, or back-scattered energy from an object or an area of interest in multiple bands of regions of the electromagnetic spectrum (Jensen, 2005). Subcategories of multispectral remote sensing include hyperspectral, in which hundreds of bands are collected and analyzed, and ultraspectral remote sensing where many hundreds of bands are used (Logicon, 1997). The main purpose of multispectral imaging is the potential to classify the image using multispectral classification. This is a much faster method of image analysis than is possible by human interpretation.
- Has abstract
- enMultispectral remote sensing is the collection and analysis of reflected, emitted, or back-scattered energy from an object or an area of interest in multiple bands of regions of the electromagnetic spectrum (Jensen, 2005). Subcategories of multispectral remote sensing include hyperspectral, in which hundreds of bands are collected and analyzed, and ultraspectral remote sensing where many hundreds of bands are used (Logicon, 1997). The main purpose of multispectral imaging is the potential to classify the image using multispectral classification. This is a much faster method of image analysis than is possible by human interpretation. The Iterative Self-Organizing Data Analysis Technique (ISODATA) algorithm used for Multispectral pattern recognition was developed by Geoffrey H. Ball and David J. Hall, working in the Stanford Research Institute in Menlo Park, CA. They published their findings in a technical report entitled: ISODATA, a novel method of data analysis and pattern classification (Stanford Research Institute, 1965). ISODATA is defined in the abstract as: 'a novel method of data analysis and pattern classification, is described in verbal and pictorial terms, in terms of a two-dimensional example, and by giving the mathematical calculations that the method uses. The technique clusters many-variable data around points in the data's original high- dimensional space and by doing so provides a useful description of the data.' (1965, pp v.)ISODATA was developed to facilitate the modelling and tracking of weather patterns.
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- enMultispectral pattern recognition
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- Advanced Spaceborne Thermal Emission and Reflection Radiometer
- Arithmetic mean
- AVHRR
- AVIRIS
- Bar graph
- CASI 3
- Category:Classification algorithms
- Category:Imaging
- Convolutional neural network
- Correlation matrix
- Earth Observing-1
- Electromagnetic spectrum
- EROS (satellite)
- GeoEye
- GOES
- IKONOS
- Indian Remote Sensing satellite
- International Space Station
- K-means clustering
- Logicon
- MISR
- MODIS
- Multispectral Scanner
- Pixel
- QuickBird
- Rule-of-thumb
- SeaWiFS
- Space Shuttle
- SPOT (satellites)
- Standard deviation
- Thematic Mapper
- Variance-covariance matrix
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- 4rnff
- m.09gh5g
- Multispectral pattern recognition
- Q6935090
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- Category:Classification algorithms
- Category:Imaging
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