Study of the lunar thermal environment.
Digital computer program for predicting surface temperature of objects near moon, noting Surveyor satellite temperature
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Digital computer program for predicting surface temperature of objects near moon, noting Surveyor satellite temperature
Soil-spacecraft interaction during impact, discussing high speed digital computer analysis of model drop data
Continuous System Simulation Language /CSSL/ for digital computers, noting continuous dynamic systems simulation application
High resolution mass spectrometry with real time data acquisition, display and processing using digital computer
TV picture storing, processing and displaying technique by digital computer to aid photointerpreter in diagnosing image
Scheduling Analysis Model for Mission Integrated Experiments /SAMMIE/ for crew rotation cycle scheduling by digital computer within mission plan constraints
Interferometric study of OH emission source in W3 /IC 1795/ region, processing data on digital computer
Linear regulator systems design with piecewise constant feedback gains determined by convergent digital computational algorithm
Off-line analysis for estimating correlation functions of signals generated by nonstationary processes, using hybrid or digital computers
Rectification errors of strapdown single axis platform spacecraft guidance system under structural vibration inputs, using digital computer prediction methods
Apollo launch escape system, discussing digital computer programs and wind tunnel program
Aircraft navigation aids and flight control equipment, discussing inertial navigators with digital computers and navigation satellites
This report describes the procedures for using digital computer programs for analyzing GERT networks which contain nodes of the EXCLUSIVE-OR type and branches which have both a probability and a time associated with them. The time associated with a branch can be a random variable. The program calculates the probability, the expected time and the variance in the time to go from each source node of the GERT network to each sink node. Programs have been written in FORTRAN II and FORTRAN IV and have been exercised on the IBM 1130, GE 225 and CDC 3400 computers. This report details the operating procedures for using these programs. Four examples are included to illustrate the important facets involved in using the programs. Special options included in the program are: (1) printout of all loops and paths associated with the network; and (2) deletion of loops that have a probability of occurrence less than a value specified by the user. The program described in this report has been submitted to COSMIC.
Automated data collection system which uses a small, general-purpose digital computer provides data acquisition from, and minor control of, four Mossbauer-effect experiments. This system is economical with no loss of versatility to the experimenter and is useful in handling large volumes of data from research experiments.
SAMIS digital computer program simplifies automated structural analysis and eliminates reprogramming for problem changes. Program objectives are achieved by standardizing, by providing a modular program, and by programming for intermediate-size problems.
Mathematical model and a digital computer BLITZ language programming technique computes coefficients of quadric equations describing cylinders, paraboloids, ellipsoids, or planes with any orientation to a reference system, coordinates of a vector, and coefficients of quadric surfaces which limit the surface of three-dimensional space.
Analog-to-digital computer accepts physiological flight data as three basic analog input signals - the ECG signal, the flowmeter signal which is a respiration monitor, and the accelerometer signal which measures the normal-g-load on the subject.
Digital computer for approximation of wavefront propagation to obtain medial point transformation of two dimensional data