Minimizing the maximum signal energy.
Minimizing maximum signal energy, when signals are represented as points in N-dimensional space, by choosing origin as center of smallest hypersphere enclosing all points
SIGNAL ANALYSIS↗
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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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A note on the maximum sample excursions of stochastic approximation processes.
Maximum sample excursions of Kiefer-Wolfowitz stochastic approximation processes
APPROXIMATION METHOD↗
Maximum a posteriori interval estimation.
Maximum a posteriori /MAP/ interval estimation for state vector of random process, solving fixed delay filtering and deriving error matrix
RANDOM PROCESS↗
Biomedical monitoring during dynamic stress testing. III - Maximum exercise tolerance - Ergometer.
Maximum exercise tolerance in healthy aircrew members limited by cardiac output
CARDIORESPIRATORY SYSTEM↗
Control circuit ensures solar cell operation at maximum power
Control circuit enables a solar cell power supply to deliver maximum electrical power to a load. It senses the magnitude of the slope of the voltage-current characteristic curve and compares it to a reference voltage which represents the slope corresponding to the desired operating limits.
Paulkovich, J.↗
Computer program calculates monotonic maximum likelihood estimates using method of reversals
FORTRAN 2 computer program calculates maximum estimates of a monotonic non-decreasing response function. The program uses the method of reversals algorithm which applies to the analysis of univariate or multivariate sensitivity experiments.
Alexander, M. J.↗
Implementation and Performance of the Maximum-likelihood Detector in a Channel with Intersymbol Interference
Implementation and performance of maximum likelihood detector in channel with intersymbol interference
PROBABILITY DISTRIBUTION↗
Maximum likelihood method for fitting a sum of exponentials to experimental data
Maximum likelihood method for fitting sum of expotentials to experimental data
STATISTICAL PROBABILITY↗
Two-dimensional Wings of Maximum Lift-to-drag Ratio in Hypersonic Flow
Two-dimensional wings of maximum lift-drag ratio in hypersonic flow
HYPERSONIC FLOW↗
Maximum Lift-to-drag Ratio of a Slender, Flat-top, Hypersonic Body
Maximum lift-drag ratio of slender, flat top, hypersonic body assuming modified Newtonian pressure distribution and constant surface averaged skin friction coefficient
SLENDER BODY↗
Maximum possible error in position in a least square orbit
Maximum possible error in position in least squares elliptical orbit
LEAST SQUARES METHOD↗
The maximum response of simple beams to random excitation
Approximation method for determining maximum response of simple beams to stationary random excitation perfectly correlated in space and time
RANDOM VIBRATION↗
Dynamic programming and Pontryagin's maximum principle
Dynamic programming and Pontryagin maximum principle
DYNAMIC PROGRAMMING↗
Maximum polarization values of some lunar geologic units
Tabulated maximum polarization values of lunar geologic units mapped on basis of observations from earth
POLARIZATION CHART↗
The maximum response of rectangular plates to random excitation
Maximum response of rectangular plates to random excitation
EXCITATION↗
Bodies of maximum lift-to-drag ratio in hypersonic flow.
Optimum shaped-bodies of maximum lift-to-drag ratio in hypersonic flow for modified Newtonian pressure distribution and constant skin friction
HYPERSONIC FLOW↗
Three-dimensional, hypersonic wings of maximum lift-to-drag ratio.
Three-dimensional slender wings of maximum lift/ drag ratio in hypersonic flow studied by variational calculus under several lift and volume conditions
THREE-DIMENSIONAL FLOW↗
Maximum lift-to-drag ratio of a slender wing at hypersonic speeds.
Slender wing maximum lift-drag ratio at hypersonic speeds obtained assuming modified Newtonian pressure distribution and skin-friction drag
HYPERSONIC SPEED↗