Principles of the utilization of polarization-invariant parameters for classification and recognition of complex radar objects

Principles of utilization of polarization invariant parameters for classification and recognition of ditributed radar objects. Part II. Simplest model of a distributed object

Principles of utilization of polarization invariant parameters for classification and recognition of ditributed radar objects Part I. Simplest model of a distributed object

Polarimetric contrast enchancement of radar objects by using polarization invariants per doppler cell as measured with high resolution doppler-polarimetric radar

Classification and contrast of complex radar objects with the use of polarization - doppler information

An introduction to the statistical theory of polarization parameters of fields scattered by complex radar objects

Bistatic polarisation properties of complex radar objects from monostatic measurements

The use of the equivalence principle on the average for modeling a random complex radar object based on the fine structure of the polarization-angular response function

Polarization-angular response function of random complex radar object as narrow-band stochastic process in spatial-spectral domain

Factorization of polarization-ngular and polarization-frequency response of complex radar object, having random distribution of scattering centers

Dynamical polarization contrast of complex radar targets. (Polarization-Doppler response function)

Classification and contrast of complex radar objects with the use of polarization - Doppler information. III (Project agreement ET 970026)