Structural analysis of transient characteristics of 3D- objects in a monostatic optical location system
A method for digital modeling of structural components of transient characteristics of 3D- objects in monostatic optical location systems is presented. Continuous and discontinuous components in the time profiles of the pulse scattering cross section of a target are obtained using exponentially weighted estimates of the target position and scale characteristics and the analysis of the average shifted histogram of brightness sample of the target's surface elements. An efficient solution to the problem of statistical modeling of the profiles of pulses reflected by the objects of location in real time is obtained