Space sciences data processing.
Data processing and reduction on board spacecraft and on ground using generalized information system
SPACECRAFT INSTRUMENTATION↗
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Efficient computer algorithms for infrared astronomy data processing
Data processing techniques to be studied for use in infrared astronomy data analysis systems are outlined. Only data from space based telescope systems operating as survey instruments are considered. Resulting algorithms, and in some cases specific software, will be applicable for use with the infrared astronomy satellite (IRAS) and the shuttle infrared telescope facility (SIRTF). Operational tests made during the investigation use data from the celestial mapping program (CMP). The overall task differs from that involved in ground-based infrared telescope data reduction.
Pelzmann, R. F., Jr.↗
A discussion of techniques for optimizing experiments with data processing.
Data processing and computer related techniques for optimizing analysis of experimental results of space missions
Slaughter, D. W.↗
The mechanization of meteorological data processing
Data handling and processing for meteorological observations
DATA PROCESSING↗
A new approach to telemetry data processing - The data reduction laboratory.
Telemetry data processing, describing designation, tasks and possibilities of data reduction laboratory attached to NASA Goddard Space Flight Center
Keipert, F. A.↗
Space sciences data processing
Data collection and processing from space science satellites
Ludwig, G. H.↗
Alpha scattering science data processing.
Data handling system to monitor detection of alpha particles energy scattered from top lunar surface layer
Grotch, S. L.↗
Space sciences data processing
Data acquisition and reduction from space sciences satellites
Ludwig, G. H.↗
Analyses of requirements for computer control and data processing experiment subsystems: Image data processing system (IDAPS) software description (7094 version), volume 2
A description of each of the software modules of the Image Data Processing System (IDAPS) is presented. The changes in the software modules are the result of additions to the application software of the system and an upgrade of the IBM 7094 Mod(1) computer to a 1301 disk storage configuration. Necessary information about IDAPS sofware is supplied to the computer programmer who desires to make changes in the software system or who desires to use portions of the software outside of the IDAPS system. Each software module is documented with: module name, purpose, usage, common block(s) description, method (algorithm of subroutine) flow diagram (if needed), subroutines called, and storage requirements.
Source record↗
Data processing systems design session: Data processing systems overview
There are no author-identified significant results in this report.
Hay, D. H.↗
Data processing 2: Advancements in large scale data processing systems for remote sensing
The development of large scale data processing systems for remote sensing is studied by evaluating: (1) the suitability of several sensor types with regard to producing data required for multispectral machine analysis; (2) various types of data preprocessing necessary to prepare such data for analysis; and (3) transfer of machine processing techniques for earth resources data to user community.
Landgrebe, D. A.↗
Epe-d data processing plan, volume ii
Staff and organization of EPE-D plan for processing data on space flights
EPE-D↗
Optimization of Design of Space Experiments from the Standpoint of Data Processing Semiannual Report, May 1 - Oct. 31, 1966
Encoding algorithm for processing data from space experiments
ENCODING↗
Analyses of requirements for computer control and data processing experiment subsystems. Volume 2: ATM experiment S-056 image data processing system software development
The IDAPS (Image Data Processing System) is a user-oriented, computer-based, language and control system, which provides a framework or standard for implementing image data processing applications, simplifies set-up of image processing runs so that the system may be used without a working knowledge of computer programming or operation, streamlines operation of the image processing facility, and allows multiple applications to be run in sequence without operator interaction. The control system loads the operators, interprets the input, constructs the necessary parameters for each application, and cells the application. The overlay feature of the IBSYS loader (IBLDR) provides the means of running multiple operators which would otherwise overflow core storage.
Source record↗
Analysis of requirements for computer control and data processing experiment subsystems: S-056 experiment. Image data processing system software calibration and application sequence study
Software calibration data and an optimum sequence for image processing technique application are developed for use in processing of S-056 telescope images.
Source record↗
Study of random process theory aids digital data processing
Study of techniques for all random process technology, including stationary, nonstationary, and Gaussian bivariate, aids digital data processing. It presents material on digital filtering, correlation function, optimal spectral smoothing, deterministic data processing, and nonstationary spectrum and correlation analyses.
Bordner, G. W.↗
Data processing method for a weak, moving telemetry signal
Method of processing data from a spacecraft, where the carrier has a low signal-to-noise ratio and wide unpredictable frequency shifts, consists of analogue recording of the noisy signal along with a high-frequency tone that is used as a clock to trigger a digitizer.
Kendall, W. B.↗