Add to ORKGThe development and application of image evaluation methods for assessing the detail content of Apollo orbital photography was demonstrated. Edge analysis using shadow to sunlight edges interior to craters was successfully used to evaluate the fine detail content of Apollo 15, 16, and 17 imagery. A method for evaluating tone quality was developed using a gain factor as a function of object contrast and average exposure level that can be related to object detectability
The evolution of crew-operated photographic equipment and the procedures for manned space-flight pho...
Prior to the Apollo 15 flight, preliminary plans for lunar surface EVA photography of Hadley Rille w...
A total of 17-1/2 stereopairs of lunar surface rocks and soil was taken on the Apollo 14 mission. Th...
The lunar close-up steroscopic camera was used successfully on Apollo 11, 12, and 14 flights. It fun...
Quantitative measurement methods for evaluating ability of Lunar Orbiter photographs to detect topog...
Lunar Orbiter 1 and 2 imaging system evaluation based on reconstructed photograph qualit
Project SLOPE /Study of Lunar Orbiter Photographic Evaluation/ techniques, implementation and accura...
Problems in analytical processing of lunar orbiter photography are discussed. The effects of image m...
The Apollo program has been the most complex exploration ever attempted by man, requiring extensive ...
The availability of Apollo 14 pictorial data is announced to aid investigators in the selection of A...
Advantages of facsimile camera systems are reviewed for imagery of lunar and planetary surfaces from...
An experiment using Earth based remote sensing radar, infrared eclipse, and color difference data to...
Results are presented of engineering tests of the Surveyor III television camera, which resided on t...
Visual observations from orbit were first con-àdered as a mission objective on Apollo 15. The concep...
Analysis of returned lunar samples provides limited information about lunar geology. To obtain infor...
The evolution of crew-operated photographic equipment and the procedures for manned space-flight pho...
Prior to the Apollo 15 flight, preliminary plans for lunar surface EVA photography of Hadley Rille w...
A total of 17-1/2 stereopairs of lunar surface rocks and soil was taken on the Apollo 14 mission. Th...
The lunar close-up steroscopic camera was used successfully on Apollo 11, 12, and 14 flights. It fun...
Quantitative measurement methods for evaluating ability of Lunar Orbiter photographs to detect topog...
Lunar Orbiter 1 and 2 imaging system evaluation based on reconstructed photograph qualit
Project SLOPE /Study of Lunar Orbiter Photographic Evaluation/ techniques, implementation and accura...
Problems in analytical processing of lunar orbiter photography are discussed. The effects of image m...
The Apollo program has been the most complex exploration ever attempted by man, requiring extensive ...
The availability of Apollo 14 pictorial data is announced to aid investigators in the selection of A...
Advantages of facsimile camera systems are reviewed for imagery of lunar and planetary surfaces from...
An experiment using Earth based remote sensing radar, infrared eclipse, and color difference data to...
Results are presented of engineering tests of the Surveyor III television camera, which resided on t...
Visual observations from orbit were first con-àdered as a mission objective on Apollo 15. The concep...
Analysis of returned lunar samples provides limited information about lunar geology. To obtain infor...
The evolution of crew-operated photographic equipment and the procedures for manned space-flight pho...
Prior to the Apollo 15 flight, preliminary plans for lunar surface EVA photography of Hadley Rille w...
A total of 17-1/2 stereopairs of lunar surface rocks and soil was taken on the Apollo 14 mission. Th...