Many objects in the real world can be modeled as fibres (i.e. lines in 2D or 3D space). If the process is invariant under translations, one of its characteristics is the mean length per unit area (called intensity). Under suitable conditions, two estimators of the intensity have been shown to be asymptotically normal when the sample is \u201cenriched\u201d by enlarging the window of observation. We discuss the applicability of these estimators in practice, by using both simulated and real images of fibre processes
The near-field intensity distribution in a fully-excited fibre is calculated by superposition of pro...
When dealing with data coming from a space time inhomogeneous process, there is often the need of o...
The cross section values obtained from fibre “diameter” measurements on a range of natural fibres we...
Stationary fibre processes are processes of curves in a higher dimensional space, whose distribution...
In the statistical description of the shape of random geometrical objects, usually depicted in 2-dim...
In this paper we describe some statistical methods related with stochastic geometries, and in partic...
P(論文)The intensity profiles in a monomode fibre are approximated by Gaussian functions with spot siz...
The main purpose of the study was to improve the physical properties of the modelling of compressed ...
Fibre reinforced polymers(FRPs) are one the newest and modern materials. In FRPs a light polymer mat...
In this paper, estimation of fibre orientation is studied for fibre systems observable as a blurred ...
The intensity function in reciprocal space is derived for the case of non-crystalline fibres with a ...
We consider statistical analysis of the reliability of fibres. The problem is to estimate the distri...
Starting with the integral form of the correction factor derived in the previous paper [Holmes & Bar...
We present a practical, parameter-free, general computational-statistical technique for quantitative...
A novel estimator for estimating the mean length of fibres is proposed for censored data observed in...
The near-field intensity distribution in a fully-excited fibre is calculated by superposition of pro...
When dealing with data coming from a space time inhomogeneous process, there is often the need of o...
The cross section values obtained from fibre “diameter” measurements on a range of natural fibres we...
Stationary fibre processes are processes of curves in a higher dimensional space, whose distribution...
In the statistical description of the shape of random geometrical objects, usually depicted in 2-dim...
In this paper we describe some statistical methods related with stochastic geometries, and in partic...
P(論文)The intensity profiles in a monomode fibre are approximated by Gaussian functions with spot siz...
The main purpose of the study was to improve the physical properties of the modelling of compressed ...
Fibre reinforced polymers(FRPs) are one the newest and modern materials. In FRPs a light polymer mat...
In this paper, estimation of fibre orientation is studied for fibre systems observable as a blurred ...
The intensity function in reciprocal space is derived for the case of non-crystalline fibres with a ...
We consider statistical analysis of the reliability of fibres. The problem is to estimate the distri...
Starting with the integral form of the correction factor derived in the previous paper [Holmes & Bar...
We present a practical, parameter-free, general computational-statistical technique for quantitative...
A novel estimator for estimating the mean length of fibres is proposed for censored data observed in...
The near-field intensity distribution in a fully-excited fibre is calculated by superposition of pro...
When dealing with data coming from a space time inhomogeneous process, there is often the need of o...
The cross section values obtained from fibre “diameter” measurements on a range of natural fibres we...