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25 Nov 2008: identify a solution ms to USERs[Us; λs].The Lagrangian for the optimization problem (18)–(20) is. ... European Transac-tions on Telecommunications 8, 7–20, 1997. [5] ITU Recommendation I371, Traffic control and congestion control inB–ISDN.

4 Apr 2008: 0.18. 0.19. 0.20. Figure 1: Scenario 1. Twenty users share a single slotted resource. ... 20.The first panel shows that by varying its parameter w a user can influence itsthroughput.

14 May 2008: 0.00 0.05 0.10 0.15 0.20. 0.6. 0.7. 0.8. 0.9. 1.0. PSfra. ... Office for OfficialPublications of the European Communities,Luxembourg. [20] J. Roberts and L.

3 Sep 2008: Advances in Applied Probability 20 (1988), 112-144. Abstract. How should calls be routed or capacity allocated in a circuit-switched network so as to optimize the performance of the network?

24 Mar 2008: α. /,1. 1,1. )1()1(. ),,(. 2. 10. 10. 2. 00. 20.

2 Sep 2008: φ(k/. V. V /2) ,(19). and. (20) DV = 2. VΦ̄. ... Proof of Theorem 5.1. For k(τ ) < k < k(τ ) it is clear that DV (k, τ ) DV (k, τ ) byequations (19) and (20), establishing claim (iii).

11 Sep 2008: Now, the bracketing-expectation bound for empiricalprocesses contained in the third inequality in Theorem 2.14.2 in van der Vaart and Wellner [18] yields(20) in view of (b). ... Function Classes of Besov- and Sobolev-Type”, J. Theoret. Probab. 20,

11 Sep 2008: E [( f µ̄n(X)]2 E [ f (X)]2, E [( f µ̄n(X)] E [ f (X)], f F (20). ... With these two changes, that is (19) and (20) replacing the hypothesis oftranslation invariance and condition (7), Theorem 3 still holds true.

8 Jan 2008: σ2. (. βyixi β2. 2x2i. ). y2i. 2σ2 log. 2πσ2. 20.

24 Apr 2008: with ν = 10 and ν = 20 degrees of freedom, and a wassuch that each component had unit variance. ... multivariate-t with ν = 20 (dashed) and ν = 10 (dot-dashed) degrees offreedom; in (a) n = 100, p̃ = 200, in (b) n = 1000, p̃ = 2000.