International Journal of Remote Sensing · 1987 · 32 citations · 6 references
ComputingComputer ScienceGeoinformaticsDigital Elevation ModelingMachine LearningRemote SensingClassificationImage ClassificationLand Cover ClassificationLand Cover MappingRemote Sensing Image AnalysisScene ClassificationClassification Accuracy AssessmentClassification AlgorithmsLand Surface ClassificationMaximum Likelihood ClassificationNearest-neighbor ClassificationRemote Sensing ClassificationRemote Sensing Image ClassificationSatellite Image Classification
Abstract The maximum likelihood and the nearest neighbour classification algorithms are reviewed, particularly from the point of view of user/analyst requirements. The two algorithms were put to use for the classification or Landsat TM data of agricultural scenes and accuracy with respect to ‘ground truth’ was evaluated using different parametric settings. Results show that within the maximum likelihood classification, accuracies and errors can vary to a considerable degree depending on the formation of the statistical classes from the training data. More interestingly, it was found that the nearest neighbour algorithm produced higher accuracies and was judged to be more robust, but it has computer implementation problems with high data dimensionality.
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Nearest neighbor pattern classification
Thomas M. Cover, Peter E. Hart · IEEE Transactions on Information Theory · 1967 · 16.1K citations
Pattern Classification and Scene Analysis
Michael Thompson, Richard O. Duda, Peter E. Hart · Leonardo · 1974 · 4.5K citations
The condensed nearest neighbor rule (Corresp.)
Peter E. Hart · IEEE Transactions on Information Theory · 1968 · 1.7K citations
J. A. Hartigan, Helmut Spath, John Van Ryzin · Journal of Marketing Research · 1981 · 178 citations