No. 7, 2009
Satellite Radio Navigation Systems
- The Evolution of the Global Navigation Satellite Systems and the Wide Area Functional Augmentations pp. 6-19
- Cosine-phased Meander Pseudorandom Signals (CosBOC Modulated Signals) for Next Generation of Satellite Radionavigation Systems pp. 20-32
- The Algorithm of Calculation of Spectral Characteristics of Navigational Meander Noise Simulated Signals (BOC-signals) pp. 33-37
- Application of a Method of Integrated Approximation in Problems of Processing of Signals at Deep Integration of the Receiver of Satellite Navigation and Inertial Navigating System pp. 38-43
Synthetic Aperture Radar
- Filtration of Radial Movings of the Phase Center of Aerial SAR on the Reflected Signal pp. 44-50
- Algorithms for Relative Relief Evaluation in Multiposition SAR Systems pp. 51-58
Radar with Active Phased Array Antenna
- Algorithms Optimum Estimations Amplitudno-Phase Distribution in Aperture Antenna on Measurements of the Field in Near Zone pp. 59-64
- Basic directions of 3 cm Band AESA Airborne Radar Development pp. 65-71
Optimization and Complexing of Information Processing
- Optimization and Complexing of Data Processing in Navigational-Landing System with Integrity Control of Navigational Support on Barometric Altimeter Data pp. 72-82
- Optimal Linear Estimation Using an Ensemble of Inertial and Non Inertial Sensor pp. 83-85
Methods of Synthesis and Optimal Signal Processing Algorithms
- A Combined Coherent-Noncoherent System for Orientation Angels Estimation Using Signals of Space Navigation Systems pp. 88-98
- BOC Modulated Perspective GNSS Signals Time Delay Estimation Algorithms Based on Supplementary Variable method pp. 99-104
- Optimal Navigation Signal Receiving Algorithm Synthesis and Analysis for Multipath Environment pp. 105-109
- Оptimal Symbol Demodulation of 4 FM Signals pp. 110-112
Analysis of Signal Processing Algorithms in Space Satellite Radoinavigation
- The Bandwidth and Jammer Capability of the Integrated PLL/INS pp. 113-120
- Analysis of Intrasystem Interferences in Radionavigation Systems Used Code Division Principles and Signals with Different Modulations pp. 121-128
- Distribution of a Random Interference of Multiple Access pp. 129-133
- Comparative Analysis of GLONASS L3 Signal Variants pp. 134-136
