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Practical joint domain localised adaptive processing in homogeneous and
 

Summary: Practical joint domain localised adaptive
processing in homogeneous and
nonhomogeneous environments.
Part I: Homogeneous environments
R.S.Adve. T.B.Hale and M.C.Wicks
Abstract: This two-part papcr prcscnts a coinpreheiisive approach to practical space-time
adaplivc processing (S'L'AP) for airbrrrnc phased array applications. Part I reformulates the JDL
algorithm to removc rcstrictioiis placcd by the original developmenr for idcal linear arrays of point
sensors. In doing so the pcrtimnaticc ol'llic JDL algorithm is sigtiificnntlyimproved in simulations
nnd in mcasured data. Thc paper deals with STAP in hornogencous and non-lirmiugcnenus
cnviroinnciifs with Part 1 rocusing on homogctieoiis cnvimmcntx arid Part 2 tloaling with STAP
within rnngc cclls determined to he nonliomi~gcnctiiis.Par1 1 dcalv with applying the prcviously
proposed joint domain 1oc;iliscd (JDL) algori(hm to practical plieserl arrays. Part 2 introduces R
tiew S?Al' :~lgorithnifor ;ipplicalion in nonhomogcncous interference scenarios. The algorithtn is
ii hybrid or dircct data doinaiii ancl statistical adaptivc processing.
1 Introduction
Airborne siirveillnnce radar systetns opcratc in a scvcreand
dynamic intcrfcrciicc cnvironmciil. The interference miiy
bc dclibcratc (jamming) or clutter. The ability to detcct
weak targcls, such as slow and sinall aircraft, rcquircs tlic

  

Source: Adve, Raviraj - Department of Electrical and Computer Engineering, University of Toronto

 

Collections: Engineering