Quantization error in the design of digital control systems.
Quantization error effect for digital control system design
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Quantization error effect for digital control system design
Error probabilities of matched filter receiver operating in additive combination of impulsive and Gaussian noise
Calibration of star tracker bias errors on OAO
Statistical techniques for missile injection error analysis, discussing direct and adjoint methods
Fundamental intensity error in Fourier spectroscopy noting requirement that interferograms be inverted by Fourier transformation
Complex reflection coefficient for finite-width boundary used for plasma diagnostics in high electron-density range, discussing modeling errors
Probability distribution errors effect in linear and planar impulse orbital transfers, considering angular orientation and impulsive velocity
Frequency shift keyed /FSK/ digital signal detection using FM discriminators, predicting error rates for several sequences
Lower bounds to minimum error probability for block coding on noisy discrete memoryless channels
Sequential trajectory estimation improved by implementing simple running estimates of observation error variances
Canonical decomposition of nonlinear error covariance difference equation derived for discrete estimation problems
This paper provides an in-depth analysis of the major error sources for such a real-time stereo system in the context of the cross-coutry navigation of an autonomous vehicle.
A detailed mathematical analysis is presented for a new learning algorithm termed cascade error projection (CEP) and a general learning frame work. This frame work can be used to obtain the cascade correlation learning algorithm by choosing a particular set of parameters.
A new learning algorithm termed cascade error projection (CEP) is presented. CEP is an adaption of a constructive architecture from cascade correlation and the dynamical stepsize of A/D conversion from the cascade back propagation algorithm.
A new neural network architecture and a hardware implementable learning algorithm is proposed. The algorithm, called cascade error projection (CEP), handles lack of precision and circuit noise better than existing algorithms.
We are interested in the problem of finding good codes for the Gaussian channel at low signal-to-noise ratio, and in estimating as accurately as possible their probability of error.
Preliminary error budgets for the pointing knowledge, control, and stability of the SIM spacecraft are constructed using the specifications of commercial off-the-shelf attitude determination sensors, attitude control actuators, and other spacecraft capabilities that had been demonstrated in past missions.
This paper analyzes the root causes of safty-related software faults identified as potentially hazardous to the system are distributed somewhat differently over the set of possible error causes than non-safety-related software faults.