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26 Sep 2005: 4.162 2.130 5.626 2.349 -0.529 -0.117 -0.293 0.074 0.105 24.4 2 8.5 283 3.57. ... 4.190 0.301 2.457 1.409 -0.147 0.092 -0.288 0.074 0.132 14.6 10 8.0 859 4.24.

9 Aug 2005: For networkswithout loops, message-passing rules can be used to com-pute MAP and MMSE estimates at each node [16, 24]. ... Int. Conf. on Com-puter Vision, volume 2, pages 722–729, 1999. [24] J.

9 Aug 2005: 5 "_U#x! @#24)# $S9$M8$s!@P.6 [0!iIJ0!nU#C9$rrr. K=0!3&t(m;6tm$ 01.T$_]! 5' N-a! 3! 'T$0/k)! ... BC],0M01@"NM $A. #24) $-95l84+#24 1I{0!6A ¤!iv30M0MM@1#Y;A (An01. 2#A yAz 9$M|,U ZBC,D. ,=

15 Feb 2005: 29 results in:. AArB. x. 12.575.025.01. 24.55.02. 0. %. Eq. 31. ... Technical Report of the University of Cambridge CUED/D-SOILS/TR 334 Page 24.

9 Aug 2005: Equality at. A : From (24) we find thatf 4 A 6 j 4 d 6. ... 3. Equality of the first derivative at A : From (24) we find that.

26 Sep 2005: Adexp(a) = expm(ada). (2.24). 2.4. Differential equations on manifolds. We wish to return to general differential equations on manifolds, as given in (2.1).In order to construct

9 Aug 2005: "!$#&%')(,- /.0%1+-23! 4356078 9. :<;/=?>0=A@CBED)FHGAGI FHJLK0;9=NMOHPQR>0OSG?FH>1M. T)PVUWPXJKPY;[ZYSH]. _SaNbcdaNb"bXeXfWgihHgjajkmlnaNbbpoqpr asgigie"cutWkmfLv"kdl0bpajcSeWf/hHgjajkml tWkmfLgj_we

26 Jul 2005: 24.98 ( 0.344) is unique and stored as structure 10 CONF 1 E = -8.47 ( 0.974) rejected by energy CONF 1 E = -8.35 ( 1.043) rejected by energy ... LT. 0.500E-01 CONF 1 E = -27.89 ( 0.045) is unique and stored as structure 11 CONF 1 E = -24.94 ( 0.107) is

3 Feb 2005: Accretion Discs Mathematical Tripos, Part III. Dr G. I. Ogilvie Lent Term 2005. Linear case. In the linear case, the general solution may be found as a linear superposition of elemen-. tary solutions. One may look for elementary solutions in which

25 Oct 2005: 81] 0.63 [.58,. 68] 0.58 [.52,. 64] 0.59 [.52,. 66]d2 Depth 2, source discrimination 0.32 [.24,. ... 54] 0.31 [.27,. 35] 0.36 [.31,. 41] 0.29 [.25, 33]a3 Guess depth 3, item detected 0.24 [.2,.