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18 Feb 2008: 3500 D. J. O B B A R D E T A L. ... 3504 D. J. O B B A R D E T A L.

16 Feb 2008: Generalized Alignment Error : Extension of Alignment Error loss function toincorporate linguistic featuresLGAE (B, B. ′) = ... 2. bB. b′B′δi(i. ′)dijj′ where b = (i, j), b′ = (i′, j′).

2 Jan 2008: IB. B. P. B. B. PB. B. I. B. B. P. ... 9. 13. 11. 12. IP. B. B. P. B. BI. B.

28 Jun 2008: B)HB ]()Fê%á/.) B)HÛ&BêYÔAµ?}#Àaáaaµi.U]¿.µi,'% W]µ?WW.)µ?¿ µ? B %á(B%!B B¿á. Note: Text in Dia can use any font available to ... ñ (,".% #k % W )! _êdB Ú µ?),!M29.(H% 64d.¿.BH ) vÀ" )_55.0 )," )B (B, B % W.H Û! ¿¿()

18 Sep 2008: 12. (8L, weeks 1–4)DR R. B. B. WARDYHellenistic and Roman Ethics. ... M.SCHOFIELD AND DR R. B. B. WARDY. Aristotle on nature and change [B2].

22 Jul 2008: a 1 = b / b 1 = c 1 / d = e ==> a b c d e = 2) <=> (!a c. ... a b c. a = b / b = c ==> a b = b c;; val it : thm = |- (!a b c.

17 Sep 2008: B. B. B. B. B. B. B. B. B. B. C. ... arston AL, Errington J. Dynamic movement of the ParA-like Soj protein of B.

10 Jul 2008: Proc. Royal Soc. Lond. Ser. B, 263, 943–951 (1996). 286. B.B. ... He, J. Klinowski, Y. Wu and H. Zhuang. Solid-state NMR characterization of b-sialons from self-propagating high-temperature synthesis.

4 Dec 2008: 5. Parallel-or function. is the unique continuous function por : B (B B) suchthat. ... T1]] 6= [[T2]] (B (B B)) B. 9. PCFpor. Expressions M ::= | por(M, M ). TypingΓ M1 : bool Γ M2 : bool. Γ por(M1, M2) : bool.

22 Jul 2008: 3. b B : (|•b| 1). 4. F+ is irreflexive and, for all e E, the set {e′ | e′ F e} is finite. ... co A4 (b, b′ A : b co b′) and {e E | b A.e F b} is finite.

1 Oct 2008: SEP_SPEC (VAR "a" a VAR "b" b)(Assign "b" (Plus (Var "a") (Var "b")))(VAR "a" a VAR "b" (a b)). ... SEP_SPEC (VAR "a" a VAR "b" b)program2(let b = f2(a,b) in(VAR "a" a VAR "b" b)).

28 Aug 2008: RA¥Tr¥T@U $µU U$¡$¢$ª R$TT¡b3rU [ U U$¡$7U$7¥T9¥qµ¢ZN$9µ9¡bTT¡b¡b=[Ð<;Ò7¥T$ª«Z¥T&¡b=Ñ5¥N$ &¡Ä$ r$N¡ @7$9] 7 @R7 rHU7. ... j7 ;U'(jPj$Ê5ª Ê 1F] &Å)¡$$Uª2¡$7$@? ¡bµ$¡b ¡b ¡$@T! $j¡$'U¥ÂT ¡b.ª #))º.

6 Mar 2008: F :dP3VihiVm<O<OBEOKMDMfCP3KMRUVmDMfQJViP3ViUBÀRUViL8b>@@IJ<OVRUTCB_R RUT3ViOV=KX</B [r>@P@huRUKMIJPwµ 2! ... B_P@L3>3R. M x?7{ 0Î /. / Î x Ø y|{ Î? <;

6 Feb 2008: Gex4T2. b-b-arrestin2-FL. pGex5.1. h-b-arrestin2 C1 (C-terminal tail fragment, 317–410). kind. pGex5.1. ... 1: 1 000. mono. b-adaptin 1,2. Sigma. 1:10 000. mono. b-arrestin1.

2 Dec 2008: d(B,_):-b(B). a(1). a(2). a(3). d(B,C):-a(B),!,a(C). ... C):-b(A),d(B,C).d(B,C):-a(B),!,a(C).d(B,_):-b(B). a(1).

10 Nov 2008: b B : (|•b|1)4. F+ is irreflexive and, for all e E , the set {e′ | e′ F e} is finite5. # ... depth(e)= 1max{depth(b) | b B & b F e}. The occurrence net unfolding of a P/T net N is defined inductively:The unfolding to depth zero U0(N) is

2 Dec 2008: a(1),b(B) a(2),b(B) a(3),b(B). b(1) b(2) b(3) b(1) b(2) b(3) b(1) b(2) b(3). ... a(A),b(B). a(1),b(B) a(2),b(B) a(3),b(B). b(1) b(2) b(3) b(1) b(2) b(3) b(1)

2 Dec 2008: dapp(L1-B,B-V2,L3-V3) :- B=B, L3=L1, V3=V2. 14. Difference List Append(implementation). So we have:. ... dapp(L1-B,B-V2,L3-V3) :- L3=L1, V3=V2. dapp(A-B,B-V2,A-V3) :- A=A, V3=V2. 15. Difference List Append(final implementation).

4 Jan 2008: If you findyourself in what feels like a dead-end then avoid (a) panic (b) a tendency to tryalmost random changes in the hope that things will improve and (c) temptationto ... INTRODUCTION. Figure 3.4: Documentation of Tick 1 Part B. 3.2. PRACTICAL WORK

28 Aug 2008: RA¥Tr¥T@U $µU U$¡$¢$ª R$TT¡b3rU [ U U$¡$7U$7¥T9¥qµ¢ZN$9µ9¡bTT¡b¡b=[Ð<;Ò7¥T$ª«Z¥T&¡b=Ñ5¥N$ &¡Ä$ r$N¡ @7$9] 7 @R7 rHU7. ... j7 ;U'(jPj$Ê5ª Ê 1F] &Å)¡$$Uª2¡$7$@? ¡bµ$¡b ¡b ¡$@T! $j¡$'U¥ÂT ¡b.ª #))º.

28 May 2008: b B b′ b α b′. We can regard such augmentations as elementary eventstructures in which all subsets of events are consistent. ... Pr(SB). SB=. 〈lB ,rB〉zzA A. Pr h99ssssssssss. fg//B B. Hence f g.

27 Aug 2008: The derivation! B Promotion! B! B;! B; C Contraction!B; C Cut!; Cis reduced to! ... B Promotion! B! B Promotion! B! B;! B; C Cut!;! B; C Cut!;! ;

16 Feb 2008: For each value of PEP, we measure Precision (Panela), Recall (Panel b), and AER (Panel c). ... In both cases, AlignmentPrecision (Panel a), Alignment Recall (Panel b), and AER (Panel c)are measured are functions of Phrase Exclusion Probability.

27 Aug 2008: rDwhich commutes to! B C. rD WeakeningD Commutation of Contraction! B [!B][!B]C ContractionC. ... rDwhich commutes to 29! B [!B][!B]C. rD ContractionDAgain, rather than presenting the above deductions with terms attached, we give (all) theterm

12 Feb 2008: For ai A (i = 1,. , n), f : A B B, and b B we have. ... 8. fun foldl f b [] = b. | foldl f b (h::t) = foldl f (f(h,b)) t ;. fun foldr f b [] = b. | foldr f b (h::t) = f( h , foldr f

2 Dec 2008: rightOf(A,B,(B,A,_,_,_)).rightOf(A,B,(_,B,A,_,_)).rightOf(A,B,(_,_,B,A,_)).rightOf(A,B,(_,_,_,B,A)). 6. The green house is immediately to the right of the ... nextTo(A,B,(A,B,_,_,_)).nextTo(A,B,(_,A,B,_,_)).nextTo(A,B,(_,_,A,B,_)).nextTo(A,B,(_,_,_,A,B)).

27 Aug 2008: The derivation! B Promotion! B! B;! B; C Contraction!B; C Cut!; Cis reduced to! ... B Promotion! B! B Promotion! B! B;! B; C Cut!;! B; C Cut!;! ;

13 Nov 2008: Theorem? (A B = B A) A = BProof? 1. Assume A B = B A. ... 0. Assume A 6= and B 6=. 1. Assume A B = B A.

23 Jun 2008: I-I: ti(A)h < ti(B)l B –B– B —B–(AB) I-P: ti(A)h < tp(B) – —————— ————- ————-(A | B) P-I: tp(A) < ti(B)l —— —— ——(A ;B) – —————— ————- ————-. ... l = ti(B)l) (ti(A)h < ti(B)h)

8 May 2008: Martha S. Turner a,, Jon S. Simons b, Sam J. Gilbert a, Chris D. ... New Items, and (B) Recollection of Temporal Source > Recollection of Perceived/Imagined Source.These regions are proposed to be involved in several different types of source recollection

27 Aug 2008: rDwhich commutes to! B C. rD WeakeningD Commutation of Contraction! B [!B][!B]C ContractionC. ... rDwhich commutes to 29! B [!B][!B]C. rD ContractionDAgain, rather than presenting the above deductions with terms attached, we give (all) theterm

13 May 2008: Commutativity A B = B AA B = B A. Complement A A = UA A = {}. Idempotency A A = AA A = A. Identity A {} = AA U = A. ... N-tuples are defined in terms of the Cartesianproduct of sets. • Cartesian product:A B = {〈a,b〉 | a A,b B}.

2 Dec 2008: 1'3'7'A. -; @'. '1'3'7'A. -; 7'. '1'3'@'A. -;. '! -;. '. '1'3'7. 1. ,. # $ $ (% % / M %)? @'B' B'@'<'<'<? @'B' <'B'@'<'<? @'B' <'<'B'@'<? @'B' <'<'<'B'@. %## " $)"%. ... B' @'B'<'<'< ; @'B' <'@'B'<'< ; @'B' <'<'@'B'< ; @'B' <'<'<'@'B ; @'B' B'@'<'<'< ;

13 Nov 2008: A slightly odd (but well-formed) formula:. A(x ) ( x. B(x ) x. ... Properties: is reflexive, transitive,. and antisymmetric ((A B B A) A = B).

27 Aug 2008: The derivation! B Promotion! B! B;! B; C Contraction!B; C Cut!; Cis reduced to3 The exceptions are the cases where (L) is the (second) rule above the cut. ... B! B;! B; C Cut!;! B; C Cut!;! ; C Contraction!; Cor to the symmetric one where we cut against

27 Aug 2008: The derivation! B Promotion! B! B;! B; C Contraction!B; C Cut!; Cis reduced to3 The exceptions are the cases where (L) is the (second) rule above the cut. ... B! B;! B; C Cut!;! B; C Cut!;! ; C Contraction!; Cor to the symmetric one where we cut against

3 Mar 2008: N O M I NAT I N G A N D A P P O I N T I N G B O D I E S : A B B R ... W. R. Cornish, M (Chair), 2009; [GB] Dr S. B. Bayly, CHR, Prof.

12 Feb 2008: jj=1:length(ti). drawbox(y2(jj)c2,a,b,'r'). hold on. drawbox(y1(jj)c1c2,a/2,b,'b'). ... b'). plot([-a a],[0 0],'r','linewidth',6). hold off. axis([-1.2a 1.2a -b hc1c2b]).

13 Nov 2008: b B : (|Pre b| 1)4. F+ is irreflexive and, for all e E, the set {e′ | e′ F e} is finite5. # ... co A4 (b, b′ A : b co b′) and {e E | b A.e F b} is finite.

1 Sep 2008: r). A B, B A(r). (A B) (B A)(r). Lawrence C. ... Part of a Distributive Law. AA, BB, CA, B. B CA, B(l).

6 Mar 2008: 1. Which of the following propositions are tautologies?(a) (A B) (B A). ... b) A A.(c) (A B) (B A). (d) (A B) ((A B) A).

16 Jan 2008: sw $a0,0($sp). PUSH r0 (to local stack). B L37 jump to L37. ... PUSH r0 (to local stack). B L37 jump to L37. L36: LDR r0,[fp,#-4-16] load x.

12 Feb 2008: val (’a, ’b) swap = fn : ’a ’b -> ’b ’a. > ... themselves lists of integers. / 16. Examples[ 1 , 2 , 4 , 2 , 1 ] ;. [ "a" , "b" , "b" , " a " ] ;. [ [3,6,9] , [5] , [7] ] ;. [] ;. "p01". >

22 Jan 2008: fixBgf = g.fixCf(Ag). • (Diagonal)For f : AB B B. fixB(fixBf) = fixBB(B.f). ... When f : A B B we show the variables by writing f(a,b).

13 Nov 2008: A slightly odd (but well-formed) formula:. A(x ) ( x. B(x ) x. ... Properties: is reflexive, transitive,. and antisymmetric ((A B B A) A = B).

16 Jan 2008: C c: : [ ]B b b: [ ]C c: : [ ]B b b: : [ ]A a a b bb Topology Change. ... A is willing to provide transit service for B, but not for C,. •

1 Sep 2008: A, B B, AA B, B A. (r). A B, B A(r). ... A AA B B AA B B A. Exercise 7 Prove the following sequents:.

29 Sep 2008: 6. unit- [B,AB]. [e, 1]. 6. k- [[B,B], [B,AB]]. [[B,e], 1]. ... If T is pseudo-commutative this map hasa section. Proposition 12. Given a T-algebra B = (B,b) and a small category X, thecomposite.

12 Feb 2008: cons( f( seqhd s ) ,. fn() => seqmap f (seqtl s) ) ;. val seqmap = fn : (’a -> ’b) -> ’a seq -> ’b seq. ... else seqnfold (n-1) f ( f(seqhd s,x) ) (seqtl s) ;. val seqnfold = fn :. int -> (’a ’b -> ’b) -> ’b -> ’a seq -> ’b. /

22 Oct 2008: where, for each b : State {true, false} andc, w : State State, we define. ... a) f is strict, i.e. f () =. (b) f is constant, i.e.