... vol 3 40, no 2, pp 1249–1262, 200 8 11 Q.-P Zang, “A limit theorem for the moment of self-normalized sums,” Journal of Inequalities and Applications, vol 200 9, Article ID 95 705 6, 10 pages, 200 9 12 ... Applications, vol 201 0, Article ID 3 505 17, pages, 201 0 J G Yan and C Su, “Precise asymptotics of U-statistics,” Acta Mathematica Sinica, vol 50, no 3, pp 517–526, 200 7 Chinese 10 T.-X Pang, L.-X ... iterated logarithm and the complete convergence for uniform empirical process,” Statistics & Probability Letters, vol 78, no 9, pp 105 1– 105 5, 200 8 e e 13 M Csorg˝ and P R´ v´ sz, Strong Approximations...
... desired user g1 and the variance of Intersymbol Detector for CDMA Networks 423 10 2 10 2 BER 10 1 BER 10 1 10 3 10 3 10 4 10 4 −4 −2 10 12 Eb /N0 (dB) Proposed (M = 7) Optimal (M = 7) Spatio-temporal ... detection for CDMA systems and advanced signal processing for wireless communication He has served as a researcher in Flextronics Asia Design Pte Ltd, Singapore, from 200 3 to 200 4 Since 200 4, he ... engineering from Xi’an Jiaotong University, Xi’an, China, in 200 0 Starting June 200 0, he became a Ph.D student in the Division of Information Engineering, School of Electrical and Electronic Engineering,...
... use a = 0.000 01, ˜ ˜ and step sizes µ f = µb = 0. 2 in the training mode and ˜ ˜ µ f = µb = 0. 05 in the decision-directed mode Parameters in (22) of the RLS algorithm are λ = and δ = 0. 04 For comparison, ... with more feedback filter taps gives a better bit error rate performance Squared error 161 1.5 0. 5 REFERENCES 0 50 100 1 50 200 2 50 300 Update number in the adaptive algorithms RLS algorithm NLMS ... system (SU) 100 10 1 Bit error rate EURASIP Journal on Wireless Communications and Networking 10 2 10 3 10 4 10 5 2.5 3.5 4.5 5.5 6.5 Eb /N0 (dB) Detector1, iter Detector1, iter Detector1, 10 iter...
... on (0, T ), u (0) = u0 ∈ H0 (Ω), ∂A = (∇u(t) ⊗ ∇(u(t) − u∗ )) on (0, T ), ∂t A (0) = A0 ∈ L∞ (Ω), symmetric (0. 27) The system (0. 27) has a unique solution (u(t), A(t)) for all t They show that for ... equations ∂u − div(A∗ ∇u∗ ) = f ∗ a.e on (0, T ), ∂t u (0) = u0 ∈ H0 (Ω), ∂A = (∇u(t) ⊗ ∇(u(t) − u∗ )) a.e on (0, T ), ∂t A (0) = A0 ∈ L∞ (Ω), symmetric (0. 26) Here for u, v ∈ Rd , the (d × d)-matrix ... been proposed for solving them such as output least squares methods [6, 26, 27, 29, 30, 36, 37, 46, 53, 99, 100 ], regularization methods [42, 54, 62, 60, 61, 59, 91, 102 , 104 , 116, 1 20] , equation...
... (0. 1)– (0. 2) or (0. 3)– (0. 4) with ∥u − z δ ∥H (Ω) ≤ δ, (0. 5) δ > being given These problems are mathematical models in different topics of applied sciences, e.g aquifer analysis For practical models ... gravity For different kinds of the porous media, the diffusion coefficient varies in a large scale Gravels Sands Silts Clays Limestone 0. 1 to cm/sec 10 3 to 10 2 cm/sec 10 5 to 10 4 cm/sec 10 9 to 10 7 ... defined by (0. 6) and (0. 7) are used for identifying the coefficient q and a in (0. 1)– (0. 2) and (0. 3)– (0. 4), respectively √ We apply L2 -regularization to these functionals and obtain convergence rates...
... combinatorics 17 ( 201 0), #R141 15 References [1] Albert, M., and Atkinson, M Simple permutations, partial well-order, and enumeration In Proceedings of Permutation Patterns 200 3 ( 200 3), pp 5–9 [2] ... permutations Order 19, ( 200 2), 101 –113 ´ [3] Bona, M The limit of a Stanley-Wilf sequence is not always rational, and layered patterns beat monotone patterns J Combin Theory Ser A 1 10, ( 200 5), 223–235 ´ ... Information Processing [8] Marcus, A., and Tardos, G Excluded permutation matrices and the StanleyWilf conjecture J Combin Theory Ser A 107 , ( 200 4), 153–1 60 [9] Regev, A Asymptotic values for...