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31 Oct 2011: In a problem addressed in [23] and [24]jobs must be allocated to machines which are strategic inrevealing their processing times for the jobs. ... j 6=i pj(θj). Mechanism 3:The allocating rule is as in Mechanism 1.As an application of (24)agent1 pays.

15 Sep 2011: 24, NO. 5, MAY 2006. Now, consider the solution of. For the uniform distribu-tion, , so our problem is. ... 24, NO. 5, MAY 2006. central authority, a “global planner,” who serves as an interme-diary for implementing these rules.

15 Sep 2011: SIAM J. Control. Optim. 24, 66-75. ANANTHARAM, V. AND VARAIYA, P.

15 Sep 2011: Contr. Optimiz., vol. 24, pp. 152-156, 1986. R. Datko, “Not all feedback stabilized hyperbolic systems are robust with respect to small time delays in their feedbacks,” SIAM J.

15 Sep 2011: Adv. Appl. Prob. 24, 727-737 (1992) Printed in N. Ireland. @ Applied Probability Trust 1992. ... 24, No. 3 (Sep., 1992), pp. 509-759. Front Matter. On Some Exponential Functionals of Brownian Motion [pp.

15 Sep 2011: Ei = mi i2B ; (2)2. where i = limn!1(1=n)E 24 nXk=1 Xk!235 : i is commonly called the index of dispersion.

15 Sep 2011: For now it is interesting. A Self Organizing Bin Packing Heuristic 5Alg n Samples j = 24 25 60 97 98 99SS 105 100 223 223 884 23,350 28,510 ... 118109 3 68,719 187,061 3,512,397BF 105 100 78 167 16,088 22,669 24,736 25,532106 32 76 831 154,460 59,015

15 Nov 2011: Each of the peers whohas θ = 0.5 makes net benefit of 24.6390. ... Under this mechanism,the peers who have θ = 0.5 will now make a greater netbenefit of 24.6975.

25 Oct 2011: exploitation of groundwater. Journal of Environmental Economics and Management,. 24(2):139–158, 1993.

15 Sep 2011: A crude estimate of the variance of the logi estimator is given by2i = 1M 1 8><>: MXj=1(yi;j yi)2 1M 24 MXj=1(yi;j yi)3529>=>;

31 Oct 2011: 24). Theorem 3: When arms are stochastically identical, Whit-. tle index policy is asymptotically optimal in the follow sense:. ... 24, no. 2, pp. 293-305, May 1999. [10] R. R. Weber and G.

15 Sep 2011: E[w(t]) (u2n1/2/8)[nu/8 nu/24] = u3n1/2/96. This implies. E. [1n. n. t=1. ... w(t). ] u3n1/2/192. On the other hand, ifn1s=0 P(υ(s) n1/2) nu/24, then.

15 Sep 2011: with respect to xij (θ), Qi(θ), subject to. Qi(θ) 0 , xij (θ) 0 , (24). ... function (23) is a concave function ofthe decision variables, and (24)–(26) define a region that is convex in the decision variables.

18 Sep 2011: 1 (3.24) Cl(a, k 1)= C(a 3, k - 1). 1+ Y2. ... 1 Y2 3. Comparison of (3.24) and (3.25) yields C2(a, k 1) < Cl(a,.

16 Sep 2011: Appl. Prob., 24 (1987) (to appear). [5J L. LOVASZ, Submodular functions and convexity, lvIathematical Programming, the State of the Art, eds A.

15 Sep 2011: the charging function takes theform a1[: : : ]T1 a2[: : : ]T2 a3[: : : ]V1 a4[: : : ]V2: (24)Recall that T1 and T2 are the total durations of intervals of types I and II respectively;

15 Sep 2011: open question of whether there exist distributionsof thii form for which Best Fit yields linearly-growing waste.The proof of the latter theorem relies on a 24-hour computation,and although ... Similar arguments work for U{9,12} with t = 19 and22 = 814,

15 Sep 2011: V(xsc)Q(x)} u (x,s)- {V(x, s, c)Q(x)}. (24). u,(x,s)p, (x)V'(x,s,c s)Q(x). ... ds i=. Equation (23) is obtained by differentiating (2), and (24) by observing that.

15 Sep 2011: Prob. 24(3). CHANG, C. S. AND YAO, D. D. (1990) Rearrangement, majorization and stochastic scheduling. ... machines. J. Appl. Prob. 24, 430-448. KAMPKE, T. (1989) Optimal scheduling of jobs with exponential service times on identical parallel.

15 Sep 2011: It is usually assumed that a holding cost is charged. Received 24 June 1983; revision received 19 November 1985.