No. 7, 2013

Mathematical models of conflict and search

1. Model of information conflict between special software and information-technical tools in military warfare with static characteristics A.A. Boyko, V.U. Khramov pp. 5-10
2. A statistical model for relative information losses disribution at the information channel output for estimating the probability of effective jamming by the time of information conflict outcome V.I. Vladimirov, I.V. Vladimirov, V.M. Shatskikh pp. 11-15

Radioelectronic information tools

1. A way of definition of a site of sources of radio emissions with rejection an entrance stream on the basis of the correlation analysis of results of supervision Ju.L. Koziratsky, M.L. Parinov pp. 16-19
2. About accounting of interference spectrum width to side-looking radar A.A. Volkov, V.I. Karpuchin pp. 20-24
3. Prospects of improvement of radar equipment on the basis of the JAPRM technology E.F. Ivankin, V.A. Ponkin, A.V. Ivankin pp. 25-28
4. Algorithms of processing of signals in the JAPRM radar-tracking system V.A. Ponkin, A.V. Ivankin pp. 29-32
5. Signal processing in radar MIMO at the location of non-stationary objects V.A. Ponkin, E.S. Emelyanov, A.V. Ivankin pp. 33-37
6. Assessment of efficiency of algorithms of processing of signals in the JAPRM radar-tracking system V.A. Ponkin, E.F. Ivankin, Yu.E. Didyuk pp. 38-41
7. Passive source location on the basis of radar-tracking technology joint aposteriori processing of observed data O.N. Eltsov, A.V. Vanyasov pp. 42-46
8. Algorithms of calculation of co-ordinates of source of radio emission in goniometric and measuring differences distances systems with the minimum number of mobile carriers with error check of definition of site of places of acceptance E.A. Kirsanov, A.N. Fomin pp. 47-51
9. Way of definition of a direction on a source of the laser the radiations, based on the analysis of distribution of intensity in a supervision plane A.Ju. Koziratsky, A.I. Grevtsev, M.L. Parinov, V.V. Kapitanov pp. 52-56

Fields and images processing

1. Variations of the coefficient of the light armored vehicle-s overall brightness in the daily cycle of changes in natural light V.D. Popelo, I.V. Burzak, V.N. Timohin, Y.S. Gorkin, I.I. Fedyunin, I.A. Nagalin, A.V. Bukreev pp. 57-61
2. The analysis of errors of high-precision maintenance of antiaircraft missile on the basis of the thermovision image of a torch of the mid-flight engine A.A. Dontsov, Yu.L. Koziratsky, D.V. Prokhorov, A.V. Kusakin pp. 62-66
3. Probabilistic models for sequence of the independent tests with three outcomes I.G. Karpov, V.D. Popelo, D.K. Proskurin pp. 67-69
4. Method of the interchannel graded-index noise cutoff in image processing conflict stable systems E.A. Samoylin, V.V. Shipko pp. 70-74
5. Way of increasing to noise-immunity of the algorithm of the estimation of the angular coordinates to purposes by matrix receiver Yu.L. Koziratsky, D.V. Prokhorov, A.V. Kusakin pp. 75-77
6. Algorithm of distinction Poisson and Gauss images with the identical geometrical sizes in fluctuating noise Yu.L. Koziratsky, A.V. Ivantsov, A.V. Kusakin pp. 78-84

Methods of synthesis and algorithms of optimal signal processing in satellite navigation

1. Synthesis and analysis of non coherent delay tracking algorithm for two-component L1OC GLONASS signal A.I. Perov pp. 85-89
2. Synthesis and analysis of non coherent delay tracking algorithm for pilot component L1OC GLONASS signal A.I. Perov, E.V. Zaharova, I.V. Korogodin, A.A. Perov pp. 90-96
3. Two-component GLONASS CMDA signal acquisition algorithm Е.Н. Болденков ― к.т.н., доцент кафедры радиотехнических систем, Национальный исследовательский университет «МЭИ», И.В. Липа ― аспирант кафедры радиотехнических систем pp. 97-101
4. Multisignal phase-locked loop system to increase immunity for GNSS receivers V.N. Kharisov, A.A. Kushnir pp. 102-108

Analysis of signal processing algorithms in satellite navigation

1. The potential performance of frequency estimation for non-coherent receiver I.V. Korogodin pp. 109-115
2. Limitations for pilot-component accumulation time due to reference oscillator instability. Experiment technique and results A.Y. Shatilov, E.N. Boldenkov, I.V. Lipa pp. 116-121
3. Synchronization method by using quasi orthogonal signals with cycling code shift keying V.N. Kharisov, A.N. Karutin pp. 122-125
4. Comparison of the algorithms of nonlinear filtering of radio signals in receivers of GNSS V.S. Efimenko, D.N. Voronchikhin pp. 126-131
5. Estimation of interference suppression characteristics of GNSS receivers with antenna arrays in real environment V.N. Kharisov, V.S. Efimenko, A.A. Oganesyan, A.V. Pastukhov, P.V. Medvedev, P.M. Golovin, V.S. Pavlov pp. 132-136