[[abstract]]An estimation procedure using the idea of sample coverage is proposed to estimate population size for capture-recapture experiments in continuous time. The capture rates (intensity) are allowed to vary by time and individuals (heterogeneity). Only capture frequency history are sufficient for estimating population size while capture times and sequential orders of animals caught are irrelevant for the analysis. An example is given for illustration. The performance of the proposed estimation procedure is also investigated by simulation.[[fileno]]2010409010017[[department]]統計
We use martingale theory and a method of moments technique to derive a class of estimators for the s...
An unsolved problem in the analysis of capture-recapture experiments is the estimation of the size o...
[[abstract]]This paper develops a likelihood-based inference procedure for continuous-time capture-r...
[[abstract]]There have been no estimators of population size associated with the capture-recapture m...
[[abstract]]This paper explores a unified approach to inference on the size of a closed population u...
We use the semiparametric additive hazards model to formulate the effects of individual covariates o...
[[abstract]]This article reviews various models for both discrete-time and continuous-time closed ca...
A semiparametric estimation procedure is proposed to model capture-recapture data with the aim of es...
A unified approach is suggested to estimate the population size for a closed population in discrete ...
[[abstract]]A new estimating procedure is suggested to estimate the population size in a capture-rec...
A two-step procedure based on a partial likelihood is proposed to estimate the size of a closed popu...
Abstract: Estimation methods are suggested to estimate the population size in pro-portional trapping...
This book chapter describes ecological capture-recapture studies and associated models often fitted ...
[[abstract]]The capture-recapture method is applied to estimate the population size of a target popu...
A new estimating procedure is suggested to estimate the population size in a capture-recapture exper...
We use martingale theory and a method of moments technique to derive a class of estimators for the s...
An unsolved problem in the analysis of capture-recapture experiments is the estimation of the size o...
[[abstract]]This paper develops a likelihood-based inference procedure for continuous-time capture-r...
[[abstract]]There have been no estimators of population size associated with the capture-recapture m...
[[abstract]]This paper explores a unified approach to inference on the size of a closed population u...
We use the semiparametric additive hazards model to formulate the effects of individual covariates o...
[[abstract]]This article reviews various models for both discrete-time and continuous-time closed ca...
A semiparametric estimation procedure is proposed to model capture-recapture data with the aim of es...
A unified approach is suggested to estimate the population size for a closed population in discrete ...
[[abstract]]A new estimating procedure is suggested to estimate the population size in a capture-rec...
A two-step procedure based on a partial likelihood is proposed to estimate the size of a closed popu...
Abstract: Estimation methods are suggested to estimate the population size in pro-portional trapping...
This book chapter describes ecological capture-recapture studies and associated models often fitted ...
[[abstract]]The capture-recapture method is applied to estimate the population size of a target popu...
A new estimating procedure is suggested to estimate the population size in a capture-recapture exper...
We use martingale theory and a method of moments technique to derive a class of estimators for the s...
An unsolved problem in the analysis of capture-recapture experiments is the estimation of the size o...
[[abstract]]This paper develops a likelihood-based inference procedure for continuous-time capture-r...