The concept of random impulse trains is useful as it facilitates statistical studies on discrete pulse modulated control and communication systems. As a result, this paper discusses the improper random process s(t)=∑n=−∞∞αnδ(t−tn) where the impulse occurrence times tn constitute a stationary point process and where the intensity modulating coefficients αn constitute a stationary random process, independent of the point process tn. With some heuristics and using basic results of the theory of stationary point processes, the autocorrelation function and the spectral density function of the impulse process are evaluated. The results obtained are remarkably simple and are illustrated with various examples
Random processes such as temperature and acoustic noise are found in all types of mechanical systems...
The concept of dividing random processes into classes (e.g., stationary, locally stationary, periodi...
A model is proposed of the pulse frequency modulation process in those neural systems where the neur...
The concept of random impulse trains is useful as it facilitates statistical studies on discrete pul...
Statistics are obtained for pulse trains in which the pulse shapes as well as the time base are rand...
An expression for the spectral density of the impulse process s(t) = {if236-1} is derived under the ...
Statistics are obtained for pulse trains in which the pulse shapes as well as the time base are rand...
This is the first of a series of papers treating randomly sampled random processes. Spectral analysi...
An expression for the spectral density of the impulse process s(t) = {if236-1} is derived under the ...
This is the first of a series of papers treating randomly sampled random processes. Spectral analysi...
This is the first of a series of papers treating randomly sampled random processes. Spectral analysi...
It is shown that a band-limited process x(t) = Σ akF (t − tk), where … ak, ak+1, … is a stationary s...
Integral pulse frequency modulation of a random impulse process is defined, and the general properti...
Random processes, filtering, and telemetry problems in space communications theor
Processes driven by randomly interrupted Gaussian white noise are considered. An evolution equation...
Random processes such as temperature and acoustic noise are found in all types of mechanical systems...
The concept of dividing random processes into classes (e.g., stationary, locally stationary, periodi...
A model is proposed of the pulse frequency modulation process in those neural systems where the neur...
The concept of random impulse trains is useful as it facilitates statistical studies on discrete pul...
Statistics are obtained for pulse trains in which the pulse shapes as well as the time base are rand...
An expression for the spectral density of the impulse process s(t) = {if236-1} is derived under the ...
Statistics are obtained for pulse trains in which the pulse shapes as well as the time base are rand...
This is the first of a series of papers treating randomly sampled random processes. Spectral analysi...
An expression for the spectral density of the impulse process s(t) = {if236-1} is derived under the ...
This is the first of a series of papers treating randomly sampled random processes. Spectral analysi...
This is the first of a series of papers treating randomly sampled random processes. Spectral analysi...
It is shown that a band-limited process x(t) = Σ akF (t − tk), where … ak, ak+1, … is a stationary s...
Integral pulse frequency modulation of a random impulse process is defined, and the general properti...
Random processes, filtering, and telemetry problems in space communications theor
Processes driven by randomly interrupted Gaussian white noise are considered. An evolution equation...
Random processes such as temperature and acoustic noise are found in all types of mechanical systems...
The concept of dividing random processes into classes (e.g., stationary, locally stationary, periodi...
A model is proposed of the pulse frequency modulation process in those neural systems where the neur...