[[abstract]]The problem of determining the shape of an imperfectly conducting cylinder buried in a half-space by a genetic algorithm is investigated. Assume that a conducting cylinder of unknown shape and conductivity is buried in one half-space and scatters the field incident from another half-space where the scattered field is measured. Based on the boundary condition and the measured scattered field, a set of nonlinear integral equations is derived and the imaging problem is reformulated into an optimization problem[[conferencetype]]國際[[conferencedate]]20001003~20001006[[conferencelocation]]Tbilisi, Georgi
[[abstract]]The frequency dependence of image reconstruction for a buried imperfectly conducting cyl...
[[abstract]]In this paper, we investigate the imaging problem to determine both the shape and the co...
Abstract—This paper presents a computational approach to the imaging of an imperfectly conducting cy...
[[abstract]]The problem of determining the shape of an imperfectly conducting cylinder buried in a h...
[[abstract]]Inverse scattering of an imperfectly conducting cylinder buried in a half-space is prese...
[[abstract]]The problem of determining the shape of a perfectly conducting cylinder which is partial...
[[abstract]]In this paper we address an inverse scattering problem whose aim is to determine the geo...
[[abstract]]The paper presents a computational approach to the imaging of a conducting cylinder buri...
[[abstract]]The problem of determining the two different shape description of a perfectly conducting...
[[abstract]]The paper presents a computational approach to reconstruct the shape of a perfectly cond...
[[abstract]]Electromagnetic imaging of buried multiple conductors by using genetic algorithm has bee...
[[abstract]]We consider the inverse problem of determining both the shape and the conductivity of a ...
[[abstract]]The genetic algorithm is used to reconstruct the shapes of two perfectly conducting cyli...
[[abstract]]This paper presents an inverse scattering problem for recovering the shapes of multiple ...
[[abstract]]This article presents a computational approach to the imaging of a partially immersed im...
[[abstract]]The frequency dependence of image reconstruction for a buried imperfectly conducting cyl...
[[abstract]]In this paper, we investigate the imaging problem to determine both the shape and the co...
Abstract—This paper presents a computational approach to the imaging of an imperfectly conducting cy...
[[abstract]]The problem of determining the shape of an imperfectly conducting cylinder buried in a h...
[[abstract]]Inverse scattering of an imperfectly conducting cylinder buried in a half-space is prese...
[[abstract]]The problem of determining the shape of a perfectly conducting cylinder which is partial...
[[abstract]]In this paper we address an inverse scattering problem whose aim is to determine the geo...
[[abstract]]The paper presents a computational approach to the imaging of a conducting cylinder buri...
[[abstract]]The problem of determining the two different shape description of a perfectly conducting...
[[abstract]]The paper presents a computational approach to reconstruct the shape of a perfectly cond...
[[abstract]]Electromagnetic imaging of buried multiple conductors by using genetic algorithm has bee...
[[abstract]]We consider the inverse problem of determining both the shape and the conductivity of a ...
[[abstract]]The genetic algorithm is used to reconstruct the shapes of two perfectly conducting cyli...
[[abstract]]This paper presents an inverse scattering problem for recovering the shapes of multiple ...
[[abstract]]This article presents a computational approach to the imaging of a partially immersed im...
[[abstract]]The frequency dependence of image reconstruction for a buried imperfectly conducting cyl...
[[abstract]]In this paper, we investigate the imaging problem to determine both the shape and the co...
Abstract—This paper presents a computational approach to the imaging of an imperfectly conducting cy...