No. 4, 2009

FINDING ANTENNA ARRAYS

1. The Algorithm of Restoration of Spatial-Frequency Distribution of Systematic Error of Direction Finding During Full-Scale Tests V. Nikolsky, A. Sirota pp. 4-10
2. Systematic Errors of Radio Direction Finders with the Wide-Range Three-Element Equidistant Circular Arrays of volumetric Dipole Antennas A. D. Vinogradov, P. A. Levashov, V. A. Mylnikov, E. N. Sazhin pp. 11-17
3. Synthesis Superbroadband Arrays of Direction-Finder with Zero of Parcial Orientation Diagrams O.E. Popova, S.N. Razin'kov pp. 18-21

CREATION METHOD OF DIRECTION-FINDING CHARACTERISTICS

1. The Correlation-Phase Way of Direction Finding Using Equidistant Circular Arrays A. D. Vinogradov pp. 22-34
2. The Ways of Lessening the Methodical Errors of Broadbandness of Direction-Finders with Five-Element Equidistant Circular Arrays A. D. Vinogradov pp. 35-49
3. Mode of Two-Dimensional Direction Finding V. A. Ufaev, D. V. Ufaev, A. V. Ufaev pp. 50-58
4. Look-Direction and Fluctuation's Characteristics of the Amplitude Sum-and-Difference Meter of Angle Coordinates with the Spatial Compensation V. I. Karpuhin, S. V. Kozlov, V. I. Sergeev pp. 59-66
5. The Definition of Current Azimuth for Moving Objects at Non-Linear Radar with Employment of the Antenna Aperture Synthesis Technique V. P. Likhachev, N. A. Usov pp. 67-70
6. Estimation of Bearing Angle Quality During Direction Finding V. A. Kozmin, V.A. Ufaev pp. 71-76
7. Designing of Modern Fast DOA Estimators with Superresolution Yu.B. Nechaev, S.A. Zotov pp. 77-84