Advances in Bistatic Radar by Nicholas J. Willis, Hugh D. Griffiths

By Nicholas J. Willis, Hugh D. Griffiths

This booklet presents updates on bistatic and multistatic radar advancements in addition to new and lately declassified army purposes for engineering execs. Civil purposes are designated together with advertisement and medical structures. best radar engineers supply services to every of those functions. The e-book is split into sections: the 1st half files either new and resurrected information regarding the improvement, trying out, and fielding of bistatic and multistatic radar platforms for army, clinical, and advertisement use; the second one half updates and publishes the formerly restricted bistatic litter database and its research, and stories the improvement of photo focusing and movement reimbursement equipment for bistatic SAR and adaptive cancellation equipment for bistatic MTI.

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Extra resources for Advances in Bistatic Radar

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A more complete expression for the doppler shift in terms of the geometrical parameters can be found in Reference [8] or [10], but for brevity it is not reproduced here. An example of the contours of constant bistatic doppler frequency is shown in Figure 3–3. Based on such curves, a series of narrow band audio filters with different center frequencies were designed to cover one side of the bistatic radar baseline. As the target approaches the coverage of the filters, the doppler frequency associated with the target will decrease in some monotonic fashion.

84. A. M. Nicholson and G. F. Ross, “A New Radar Concept for Short Range Application,” in IEEE International Radar Conference, 1975. 85. H. Rohling, A. Hoss, U. Lubbert, and M. Schiementz, “ Multistatic Radar Principles for Automotive RadarNet Applications,” Project No. IST-14031, RadarNet Project, 5th Framework Programme, European Commission, circa 2004. 86. K. Tomiyasu, “Conceptual Performance of Bistatic Doppler Radar for Vehicle Speed Determination,” IEEE Transactions on Vehicular Technology, Vol.

Skolnik, J. Salerno, and E. S. Candidas: “Prediction of Bistatic CW Radar Performance,” in Symposium on Radar Detection Theory, ONR Symposium Report ACR-10, Washington, DC, March 1–2, 1956, pp. 267–278. ) 21. K. M. Siegel, “Bistatic Radars and Forward Scattering,” in Proceedings of the National Conference of Aeronautical Electronics, May 12–14, 1958, pp. 286–290. 22. M. I. Skolnik, “An Analysis of Bistatic Radar,” IRE Transactions, Vol. ANE-8, March 1961, pp. 19–27. 23. K. M. , “Bistatic Radar Cross Sections of Surfaces of Revolution,” Journal of Applied Physics, Vol.

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