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 I. Simplest model of a distributed object

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

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

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

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

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

Bistatic polarisation properties of complex radar objects from monostatic measurements

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

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

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

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