The Use of Singular Systems in Inverse Problems in Signal Processing

E. Pike, M. Bertero, C. De Mol
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Abstract

In a number of experiments in various scientific fields a common method for determining certain characteristics of a physical sample is to observe the interaction between the sample and the radiation emitted by a known source. One or several detectors measure space and/or time variations of the scattered radiation, as scattering amplitudes, field fluctuations, absorption coefficients and so on. The output of the detectors can be digitized and the final result of the experiment is a set of (real or complex) numbers {gn}nN=1 stored in a computer. The interpretation of the data requires the solution of a mathematical problem, ie the restoration of the unknown characteristic of the sample from the set of numbers gn.
奇异系统在信号处理反问题中的应用
在各种科学领域的许多实验中,确定物理样品某些特性的常用方法是观察样品与已知源发出的辐射之间的相互作用。一个或几个探测器测量散射辐射的空间和/或时间变化,如散射振幅、场波动、吸收系数等。检测器的输出可以数字化,实验的最终结果是存储在计算机中的一组(实数或复数)数字{gn}nN=1。对数据的解释需要解决一个数学问题,即从一组数字gn中恢复样本的未知特征。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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