A Fast Algorithm of DOA Estimation for Sparse Uniform Circular Array Based on Manifold Separation Technique(MST)

Mathews C P and Zoltowski M D. Eigenstructure techniquesfor 2-D angle estimation with uniform circular arrays[J].IEEETransactions on Signal Processing.1994, 42(9):2395-2407[2]Davies D E N and Rudge A W. Ed. The Handbook ofAntenna Design. London, UK, Peregrinus, 1983, Vol.2,Ch.12.[3]Lian Xiao-hua and Zhou Jian-jiang. 2-D DOA estimationfor uniform circular arrays with PM. 7th InternationalSymposium on Antennas, Propagation EM Theory, Beijing,2006: 1-4.[4]Belloni F and Koivunen V. Beamspace transform for UCA:Error analysis and bias reduction[J].IEEE Transactions onSignal Processing.2006, 54(8):3078-3089[5]Belloni F, Richter A, and Koivunen V. Extension ofroot-MUSIC to non-ULA array configurations IEEEInternational Conference on Acoustics, Speech, SignalProcessing (ICASSP), France, 2006: 897-900.[6]Belloni F, Richter A, and Koivunen V. DoA estimation viamanifold separation for arbitrary array structures[J].IEEETransactions on Signal Processing.2007, 55(10):4800-4810[7]Costa M, Richter A, Belloni F, and Koivunen V. Polynomialrooting-based direction finding for arbitrary arrayconfigurations 5th IEEE Sensor Array and MultichannelSignal Processing Workshop (SAM08) Germeny, 2008: 58-62.[8]Doron M A and Doron E. Wavefield modeling and arrayprocessing, Part ISpatial sampling[J].IEEE Transactionson Signal Processing.1994, 42(10):2549-2559[9]Rubsamen M and Gershman A B. Performance analysis ofroot-music-based direction-of-arrival estimation for arbitrarynon-uniform array , 5th IEEE Sensor Array and MultichannelSignal Processing Workshop (SAM08), Germeny. 2008:381-385.[10]Goossens R, Rogier H, and Werbrouck S. UCA root-MUSICwith sparse uniform circular arrays[J].IEEE Transactions onSignal Processing.2008, 56(8):4095-4099[11]Marcos S, Marsal A, and Benidir M. Propagator method forsource bearing estimation[J].Signal Processing.1995, 42(2):121-138[12]季飞, 等. 基于DOA矩阵法的矢量传感器阵列二维波达方向估计[J].电子与信息学报.2008, 30(8):1886-1889浏览[13]Neff C A and Reif J H. An efficient algorithm for thecomplex roots problem[J].Journal of Complexity.1996, 12(2):81-115[14]Lang M and Frenzel B C. Polynomial root finding[J].IEEESignal Processing Letters.1994, 1(10):141-143