Applications of optical processing for improving ERTS data, volume 1
Application of optically diagnosed noise information toward development of filtering subroutines for improvement of digital sensing data tape quality - Vol. 1
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Application of optically diagnosed noise information toward development of filtering subroutines for improvement of digital sensing data tape quality - Vol. 1
Application of ground-truth data to monitor sensor calibrations for Earth Resources Technology Satellites - Vol. 2
Photographic data processing, management, and dissemination system to support Earth Resources Technology Satellite program - Vol. 3
Earth Resources Technology Satellites /ERTS/ A and B providing one year high resolution multispectral imagery, noting data processing and distribution functions
Operations and equipment of NASA ground data handling system for earth resources technology satellites
Two statistical models are compared in the classification of crops recorded on color aerial photographs. A theory of error ellipses is applied to the pattern recognition problem. An elliptical boundary condition classification model (EBC), useful for recognition of candidate patterns, evolves out of error ellipse theory. The EBC model is compared with the minimum distance to the mean (MDM) classification model in terms of pattern recognition ability. The pattern recognition results of both models are interpreted graphically using scatter diagrams to represent measurement space. Measurement space, for this report, is determined by optical density measurements collected from Kodak Ektachrome Infrared Aero Film 8443 (EIR). The EBC model is shown to be a significant improvement over the MDM model.
A system configuration which provides for a wide variety of user requirements is described. Two distinct user types are considered and optimized configurations are provided. Independent satellite transmission systems allow simultaneous signal transmission to Regional Collection Centers via a high data rate channel and to local users who require near real time consumption of lower rate data. In order to maximize the ultimate utility of this study effort, a parametric system description is given such that in essence a shopping list is provided. To achieve these results, it was necessary to consider all technical disciplines associated with high resolution satellite imaging systems including signal processing, modulation and coding, recording, and display techniques. A total systems study was performed.
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This report contains no significiant results.
This report contains no significant results.
This report contains no significant results.
This report contains no significant results