Abstract-The shot-noise-driven doubly stochastic Poisson point process (SNDP) describes the photodetection statistics for several kinds of luminescence radiation (e.%, cathodoluminescence). This process, which is bunched (clustered) in character and is associated with multiplied (rate Poisson noise, has many applications in pulse, particle, and photon detection. In this work we describe ways in which dead time can be used to constructively enhance or diminish the effects of point processes that display such bunching, according to whether they are signal or noise. We discuss in some detail the subtle interrelations betweekphotocoun
The statistics of photon counting by systems affected by deadtime are potentially important for stat...
Asymptotic normality is established for shot noise on Poisson cluster point processes with cluster m...
We model a sequence of events by using a class of marked doubly stochastic Poisson processes where t...
International audienceThe instants of time emission of photoelectrons generated by a detector immers...
International audienceThe instants of time emission of photoelectrons generated by a detector immers...
International audienceThe instants of time emission of photoelectrons generated by a detector immers...
International audienceThe instants of time emission of photoelectrons generated by a detector immers...
Abstract-The detection of a fluctuating signal in the presence of the Poisson transform of a probabi...
Multiplication effects in point processes are important in a number of areas of electrical engineeri...
The time of emission of photoelectrons generated by a photocathode immersed in an optical field cons...
The time of emission of photoelectrons generated by a photocathode immersed in an optical field cons...
Abstract. The statistics of photon counting by systems affected by deadtime are potentially importan...
A shot noise is a kind of electric noise in electronic devices due to the shot effect of electron em...
The statistics of photon counting by systems affected by deadtime are potentially important for stat...
Noise is present in all images captured by image sensors. Due to photon emission and photoelectric e...
The statistics of photon counting by systems affected by deadtime are potentially important for stat...
Asymptotic normality is established for shot noise on Poisson cluster point processes with cluster m...
We model a sequence of events by using a class of marked doubly stochastic Poisson processes where t...
International audienceThe instants of time emission of photoelectrons generated by a detector immers...
International audienceThe instants of time emission of photoelectrons generated by a detector immers...
International audienceThe instants of time emission of photoelectrons generated by a detector immers...
International audienceThe instants of time emission of photoelectrons generated by a detector immers...
Abstract-The detection of a fluctuating signal in the presence of the Poisson transform of a probabi...
Multiplication effects in point processes are important in a number of areas of electrical engineeri...
The time of emission of photoelectrons generated by a photocathode immersed in an optical field cons...
The time of emission of photoelectrons generated by a photocathode immersed in an optical field cons...
Abstract. The statistics of photon counting by systems affected by deadtime are potentially importan...
A shot noise is a kind of electric noise in electronic devices due to the shot effect of electron em...
The statistics of photon counting by systems affected by deadtime are potentially important for stat...
Noise is present in all images captured by image sensors. Due to photon emission and photoelectric e...
The statistics of photon counting by systems affected by deadtime are potentially important for stat...
Asymptotic normality is established for shot noise on Poisson cluster point processes with cluster m...
We model a sequence of events by using a class of marked doubly stochastic Poisson processes where t...