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4 Jun 2019: J. Amer. Math. Soc., 24(1):81–124, 2011. [13] K. H. Jin, M. ... In IEEE Symposium on Securityand Privacy, pages 582–597. IEEE, 2016. [24] M.

19 Jul 2019: Z x. a. dx0p2m(E V (x0)). 4. (6.24). Note the minus sign in the phase shift /4. ... 4. (6.25). We’re left with two expressions (6.24) and (6.25) for the wavefunction in Region 2.

10 Apr 2019: Moreover, we have for the transform, that it is linear:. W {af(x) bg(x)} = aW {f(x)} bW {g(x)} a,b R, f,g L2([0, 1]d), ... 5.1 Classical compressed sensing. Compressed sensing was introduced by Candès, Romberg & Tao (19) and Donoho (24)and is

23 Nov 2019: ijkSk [Si, S2] = 0. (5.24). as well as [Si,Lj] = 0.

27 Apr 2019: It is well known that the singular behaviour can be predicted from the geometry of the domain[22–24]. ... Fn(z) = 2nn!D(22n)(z). (3.24)Both of these (as well as their derivatives) have well-known recursion relations for quick andaccurate computation.

17 Jun 2019: 0. (4.24). in order to advect Q. C. S. or 1=Q. ... physical space can be obtained from (4.14). Thus equations (4.16), (4.21) and (4.24), with (4.14), express in a remark-.

22 Jan 2019: Un(0)=3Q. 2(2n1)(2n1)(2n3). δn1Q. 23. , (2.20). Un(τb) = 3Q. 24(2n1). [e(n3/2)|τb|. ... 2.24). Projecting these two equations along P′n(µ), and using (2.14)–(2.16) leads to.

23 Jan 2019: 1(b) is illustrated in Fig. 2. A glassslide with length a = 30 mm, width b [6, 12, 18, 24] mm, and thickness c [160, 1160, 2160]µm displays on its ... 1 0.593 R̃e)7.24], (B6). where the floating-point numbers were varied to obtain least-squares fits

24 Jan 2019: January 24, 2019. Abstract. Orthogonal systems in L2(R), once implemented in spectral methods, enjoy anumber of important advantages if their differentiation matrix is skew-symmetricand highly structured. ... 5, Oliver & Boyd. 24. Bader, P., Iserles, A.,

6 Feb 2019: Must bechecked in other modes like ρπ. N. Uraltsev (Siegen ) Loopless dn and charm CP violation ECT Trento April 5 2012 24 / 29.