Ce travail présente un nouvel estimateur de la distribution de la durée de vie en fluorescence. Un échantillonneur de Gibbs est développé pour estimer les paramètres quand le minimum d'un nombre aléatoire de variables distribuées selon un mélange exponentiel est observé. L'algorithme est testé avec des données simulées, et une comparaison avec des méthodes utilisées en pratique est faite. Nos résultats indiquent que la méthode proposée requiert moins d'observations que des méthodes classiques pour obtenir la même qualité statistique de l'estimation
Background: When modeling single-molecule fluorescence lifetime experimental data, the analysis ofte...
The photomultipliers used in single photon counting fluorescence lifetime Systems have a time respon...
The multiple signal classification algorithm has been widely used in array signal processing for dir...
This thesis studies the so-called pile-up model and proposes adequate estimators. An observation of ...
A new algorithm for the Maximum Entropy Method (MEM) is proposed for recovering the lifetime distrib...
International audienceA fast and efficient estimation method is proposed that compensates the so-cal...
In this thesis, two methods for recovering underlying lifetime distributions from single photon coun...
International audienceThis paper is concerned with the pile-up model defined as a nonlinear transfor...
Maximum entropy method (MEM) was used for resolving multiple decay components in synthetic and exper...
The analysis of the fluorescence decay using discrete exponential components assumes that a small nu...
The analysis of the fluorescence decay using discrete exponential components assumes that a small nu...
A new algorithm based on the Maximum Entropy Method (MEM) is proposed for recovering both the lifeti...
Nous présentons dans la première partie du document une étude portant sur l'imagerie de temps de vie...
Background: When modeling single-molecule fluorescence lifetime experimental data, the analysis ofte...
The photomultipliers used in single photon counting fluorescence lifetime Systems have a time respon...
The multiple signal classification algorithm has been widely used in array signal processing for dir...
This thesis studies the so-called pile-up model and proposes adequate estimators. An observation of ...
A new algorithm for the Maximum Entropy Method (MEM) is proposed for recovering the lifetime distrib...
International audienceA fast and efficient estimation method is proposed that compensates the so-cal...
In this thesis, two methods for recovering underlying lifetime distributions from single photon coun...
International audienceThis paper is concerned with the pile-up model defined as a nonlinear transfor...
Maximum entropy method (MEM) was used for resolving multiple decay components in synthetic and exper...
The analysis of the fluorescence decay using discrete exponential components assumes that a small nu...
The analysis of the fluorescence decay using discrete exponential components assumes that a small nu...
A new algorithm based on the Maximum Entropy Method (MEM) is proposed for recovering both the lifeti...
Nous présentons dans la première partie du document une étude portant sur l'imagerie de temps de vie...
Background: When modeling single-molecule fluorescence lifetime experimental data, the analysis ofte...
The photomultipliers used in single photon counting fluorescence lifetime Systems have a time respon...
The multiple signal classification algorithm has been widely used in array signal processing for dir...