A generalized definition of the preset count moving average algorithm for digital rate meters has been introduced. The algorithm is based on the knowledge of time intervals between successive pulses in random-pulse sequences. The steady state and transient regimes of the algorithm have been characterized. A measure for statistical fluctuations of the successive measurement results has been introduced. The versatility of the generalized algorithm makes it suitable for application in the design of the software of modem measuring/control digital systems. (C) 2002 Elsevier Science B.V. All rights reserved
New algorithm for measurement of mean count rate of pulses from radiation detectors is described. Th...
This paper proposes new algorithms for the duty cycle measurement of a digital pulse train signal, b...
A high speed digital signal averager with programmable features for the sampling period, for the num...
A generalized definition of the preset count moving average algorithm for digital rate meters has be...
The exact analytical expressions for the response times of the preset count moving average and expon...
The concept of quality of measurement, Q, of the count rate digital measurement algorithm has been a...
By introducing the ratio of the measurement time intervals of digital rate meter algorithms as an ad...
A method for suppression of statistical fluctuations of the mean count rate measurements based on li...
The definition of the Quality, Q, of a count-rate meter algorithm is introduced as the reciprocal of...
The preset count unweighted moving average (MA) algorithm for digital rate meters has been analyzed ...
Two methods developed to improve the classical time constant count rate meters by using the adaptive...
Two optimized adaptive digital signal processors were developed to implement the preset time count r...
Two algorithms for adapting exposures to pulse-arrival rates are briefly described, and examples of ...
New algorithm for measurement of mean count rate of pulses from radiation detectors is described. Th...
By applying the well known dualism: mean count rate - mean time between successive pulses - the equi...
New algorithm for measurement of mean count rate of pulses from radiation detectors is described. Th...
This paper proposes new algorithms for the duty cycle measurement of a digital pulse train signal, b...
A high speed digital signal averager with programmable features for the sampling period, for the num...
A generalized definition of the preset count moving average algorithm for digital rate meters has be...
The exact analytical expressions for the response times of the preset count moving average and expon...
The concept of quality of measurement, Q, of the count rate digital measurement algorithm has been a...
By introducing the ratio of the measurement time intervals of digital rate meter algorithms as an ad...
A method for suppression of statistical fluctuations of the mean count rate measurements based on li...
The definition of the Quality, Q, of a count-rate meter algorithm is introduced as the reciprocal of...
The preset count unweighted moving average (MA) algorithm for digital rate meters has been analyzed ...
Two methods developed to improve the classical time constant count rate meters by using the adaptive...
Two optimized adaptive digital signal processors were developed to implement the preset time count r...
Two algorithms for adapting exposures to pulse-arrival rates are briefly described, and examples of ...
New algorithm for measurement of mean count rate of pulses from radiation detectors is described. Th...
By applying the well known dualism: mean count rate - mean time between successive pulses - the equi...
New algorithm for measurement of mean count rate of pulses from radiation detectors is described. Th...
This paper proposes new algorithms for the duty cycle measurement of a digital pulse train signal, b...
A high speed digital signal averager with programmable features for the sampling period, for the num...