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13 Dec 2018: We denote by db the derivation thus defined by b. Many properties of self-adjoint Hilbert space projections are inapplicable to. ... REMARKS. (1) L e t E b e a H i l b e r t space.

20 Feb 2018: It takes values b B, where Bis a continuous space of dimensionality |S|, namely [0, 1]|S|. ... 11) both in the summary space C (GP-C)and in the full belief space B (GP-B).

1 Sep 2018: ordinal, gives examples in Baire and in Cantor space for each countable ordinal of iterations lasting exactly that long, gives an example of a recursively defined point starting from which the ... space such that the second derived ω-limit set starting

1 Nov 2018: code as function to a) save space in other places and b) allow easy changes in all applicable locations by simply changing the source here.

13 Nov 2018: b) Let X be a set equipped with the discrete metric, and Y any metric space. ... b) Show that a metric space is compact if and only if it is complete and totally bounded.

25 Oct 2018: B.2.1 Woolley on British participation in space research. The following is a transcript of a copy of a note by Woolley. ... B.2.1 Woolley on British participation in space research. B.2.2 Woolley and Australia.

20 Feb 2018: InitiallyB̂w is empty and at each stepn = 1. N , the current beliefpoint b is mapped into summary space for slotw to produceb̂ by settinĝb(ŝwu = best) maxswu b(s. ... InProc SIGDial, Lis-bon. b. LDS. Prior to start of dialog. System / User / ASR

13 Dec 2018: Let B(H) be the set of bounded operators on a Hilbert space H, and let p be a projection in B(H). ... If a is in B(H), then r(a), n(a) denote the closure of the range and the null-space of a respectively.

22 Oct 2018: π1(Y,x0) ⟨a,b a2,b2⟩. (a) Construct (in pictures) the covering space of Y corresponding to the sub-group ⟨a a2⟩. ... b) Construct (in pictures) the covering space of Y corresponding to the kernelof the homomorphism φ ⟨a,b a2,b2⟩ Z/2 given

20 Feb 2018: Considering. Master Space. GrndUInfo. affirm(.). UinfoUInfo. inform(.). b(1) h. statusp. statuslastuact. ... belief point b̂2: Let N(b̂, âm) = number of times action âm is taken from belief point b̂3: Let B be a set of grid-points in belief space,