The generation of a Gaussian random process in a position parameter
Analog computer method for approximating stationary Gaussian random process depending only on position parameter
SEARCH · Engineering Papers
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.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Analog computer method for approximating stationary Gaussian random process depending only on position parameter
Vibratory motion of flexible shells subjected to random forces
Probability density of extreme values of deflections and stresses of elastic shell nonlinear vibrations under random loads
Annotated bibliography on random noise and effect on signals
Approximation method for determining response of nonlinear dynamic systems to random disturbances
Mathematical models on stability of attitude control systems acted upon by random perturbation processes
Source encoding in presence of random disturbance
Randomized problem of diffuse reflection, and radiative transfer in presence of both scattering and absorption
Approximation method for determining maximum response of simple beams to stationary random excitation perfectly correlated in space and time
Random processes, filtering, and telemetry problems in space communications theory
Nonstationary random processes in nonreal-time applications - theories for nonreal-time correlation and spectrum analysis
Fatigue life characteristics of aluminum alloy specimens under random load to failure
Fluid behavior in cylindrical tank under relatively low frequency random longitudinal excitation
Bias due to random bit errors that occur in PCM DATA during phases of operation of telemetry data processing system
Mode coupling effect on response of rigid body to random excitation analyzed, using two degree of freedom model
Random vibration testing by multiple electrodynamic exciter technique, analyzing electromechanics and structural feedback
Solar cycle prediction based upon random number technique, Fourier curve fits and power spectra analysis
We examine the problems of routing and server assignment in networks with random connectivities. In such a network the basic topology is fixed, but during each time slot and for each of tis input queues, each server (node) is either connected to or disconnected from each of its queues with some probability.