This paper addresses architecture, signal processing algorithm and receiver(RX) network planning in MIMO passive radar based on GSM transmitter of opportunity. Design constraints should be derived, before RX network planning. Receiver nodes in MIMO networks may receive direct path signal of different transmitters from main lobe or back lobe. The main subject of this paper is derivation of admissible distance between transmitter and receiver nodes in each situations and RX network planning. In this paper, limiting constraints in minimum distance between transmitter and receiver, in both case of using or not using regeneration approach is studied in passive radar networks. Target detection range is investigated in different distance between transmitter and receiver. finally, RX network planning algorithm is proposed and applied to a typical scenario.
Ictc, âFrequency bandwidth in mobile networks,â Retrieved from http://ictlamei.blogsky.com/1391/08/26/post-8.
G. Heine and M. Horrer, âGSM networks: protocols, terminology, and implementation,â Artech House, Inc, 1999.
H. D. Griffiths and C. J. Baker, âPassive coherent location radar systems,â Part1: Performance prediction and Part 2:Waveform properties, IEE Proc. Radar Sonar Navig, vol. 152, no. 3, pp. 153-168, June 2005.
D. K. Tan, H. Sun, Y. Lu, M. Lesturgie, and H. L. Chan, âPassive radar using global system for mobile communication signal theory, implementation and measurements,â IEEE Proc. Radar Sonar Navig, vol. 152, no. 3, pp. 116-123, 2005.
B. Jonsson, âAntenna Gain and Vertical Beam Width-How to Choose Bts Antennas. Retrieved,â From http://www.antennasonline.com/main/blogs, 2013.
R. Ghareghan, A. Sheikhi, and M. Derakhtian, âOptimal Setting of RLS Filter and Studying the Frequency Response in Eliminating Clutter in Commercial FM-based Passive Radar,â 19th Conference on Electrical Engineering Iran, 2012. (in persian).
A. Zaimbashi, A. Sheikhi, and M. Derakhtian, âEvaluation of Detection Performance of Passive Bistatic Radar Detectors based on Commercial FM Signals,â Journal of Radar, vol. 1, no. 2, 2014. (in persian).
âGsm Bts Antenna," Retrieved from: https://www.google.com/#q=gsm+bts+antenna [9] N. Gray, âABCs of ADCs Analog-to-Digital Converter Basics,â National Semiconductor, 2006.
M. Bahmaniyan Fath Abadi, âInterference Cancellation at The Reference Channel of DVB-T Based Passive Radar Using Space-Time Processing,â M. S. Thesis in communication systems engineering, Shiraz University, 1392. (in persian).
Z. Asadsangabi, âInterference Cancellation in the Reference Channel of DVB-T Based Passive Radar Using Regeneration,â M. S. Thesis in communication systems engineering, Shiraz University, 1392. (in persian).
T. Khodabandeh, âDesign and Simulation of Methods of Eliminating the Interfering Signals of Suveillance Channels In GSM-BASED Passive Radars,â M. S. Thesis in communication systems engineering, Shiraz University, 1392. (in persian) L. V. Blake, âRadar range-performance analysis,â Norwood, MA, Artech House, Inc, p. 467, 1986.
)
