Returned 95 matches (100 formulae, 121 docs)
    Lookup 174.496 ms, Re-ranking 3835.630 ms
    Found 1901510 tuple postings, 1173623 formulae, 808579 documents
[ formulas ] [ documents ] [ documents-by-formula ]

Doc 1
0.4227
-13.0000
20.0000
0.4227
testing/NTCIR/xhtml5/3/math0402361/math0402361_1_37.xhtml
(LYψ)(X1,,Xu,Y1,,Yv)=Y(ψ(X1,,Xu,Y1,,Yv))

Doc 2
0.3529
-16.0000
8.0000
0.3529
testing/NTCIR/xhtml5/6/0812.3431/0812.3431_1_35.xhtml
𝒮𝒢𝒫(S[X1,X2,,Xn])=𝒫(S[X1,X2,,Xn])

Doc 3
0.3529
-19.0000
7.0000
0.3529
testing/NTCIR/xhtml5/7/1009.0775/1009.0775_1_5.xhtml
E[p(X1,X2,,Xd)]=E[p(X1,X2,,Xd)].

Doc 4
0.3220
-5.0000
7.0000
0.3220
testing/NTCIR/xhtml5/3/math-ph0411085/math-ph0411085_1_74.xhtml
𝐏(X,X1,,Xs,α1,,αr)

Doc 5
0.3220
-5.0000
7.0000
0.3220
testing/NTCIR/xhtml5/5/0712.3067/0712.3067_1_16.xhtml
D𝐐(X,X1,,Xs,α1,,αr)

Doc 6
0.3161
-24.0000
7.0000
0.3161
testing/NTCIR/xhtml5/3/gr-qc0307103/gr-qc0307103_1_40.xhtml
iYϖ[p](X1,X2,,Xp-1)=ϖ[p](Y,X1,X2,,Xp-1)

Doc 7
0.3161
-24.0000
7.0000
0.3161
testing/NTCIR/xhtml5/3/hep-th0310134/hep-th0310134_1_36.xhtml
iYϖ[p](X1,X2,,Xp-1)=ϖ[p](Y,X1,X2,,Xp-1)

Doc 8
0.3124
-17.0000
8.0000
0.3124
testing/NTCIR/xhtml5/5/0808.4114/0808.4114_1_26.xhtml
𝑆𝐿m(R[X1,X2,,Xn])=𝐸m(R[X1,X2,,Xn])

Doc 9
0.3124
-17.0000
8.0000
0.3124
testing/NTCIR/xhtml5/5/0809.0535/0809.0535_1_45.xhtml
SLm(R[X1,X2,,Xn])=Em(R[X1,X2,,Xn])

Doc 10
0.3124
-17.0000
8.0000
0.3124
testing/NTCIR/xhtml5/5/0809.0535/0809.0535_1_44.xhtml
SLm(R[X1,X2,,Xn])=Em(R[X1,X2,,Xn])

Doc 11
0.3124
-17.0000
8.0000
0.3124
testing/NTCIR/xhtml5/5/0809.0535/0809.0535_1_43.xhtml
𝑆𝐿m(R[X1,X2,,Xn])=𝐸m(R[X1,X2,,Xn])

Doc 12
0.3124
-17.0000
8.0000
0.3124
testing/NTCIR/xhtml5/5/0809.0535/0809.0535_1_77.xhtml
SL2(R[X1,X2,,Xn])=E2(R[X1,X2,,Xn])

Doc 13
0.3124
-17.0000
8.0000
0.3124
testing/NTCIR/xhtml5/5/0808.4114/0808.4114_1_27.xhtml
SLm(R[X1,X2,,Xn])=Em(R[X1,X2,,Xn])

Doc 14
0.3124
-17.0000
8.0000
0.3124
testing/NTCIR/xhtml5/5/0809.0535/0809.0535_1_47.xhtml
SL2(R[X1,X2,,Xn])=E2(R[X1,X2,,Xn])

Doc 15
0.3124
-20.0000
7.0000
0.3124
testing/NTCIR/xhtml5/8/1205.0448/1205.0448_1_29.xhtml
f(X1,X2,X3,,Xn)=f(A,X2,X3,,Xn)X1=

Doc 16
0.3020
-14.0000
6.0000
0.5530
testing/NTCIR/xhtml5/3/math0311043/math0311043_1_76.xhtml
φ[AX1,X2,,Xn(X1,X2,,Xn)]=0,
AX1,X2,,Xn(X1,X2,,Xn),

Doc 17
0.3020
-16.0000
8.0000
0.3020
testing/NTCIR/xhtml5/2/math0206117/math0206117_1_33.xhtml
(Yψ)(X,X2,,Xp)+(Xψ)(Y,X2,,Xp)

Doc 18
0.3020
-22.0000
7.0000
0.3020
testing/NTCIR/xhtml5/5/0801.0483/0801.0483_1_66.xhtml
gldim(S[X1,X2,,Xn])=G-gldim(S[X1,X2,,Xn])n+1.

Doc 19
0.2960
-22.0000
11.0000
0.2960
testing/NTCIR/xhtml5/5/0809.1411/0809.1411_1_25.xhtml
det(T(α1,α2,,αl-1))<det(T(α1,α2,,αl-1,αl))

Doc 20
0.2907
-20.0000
9.0000
0.2907
testing/NTCIR/xhtml5/5/0808.3892/0808.3892_1_23.xhtml
am=f(α1,α2,,αn)=g(α1,α2,,αn)=bm.

Doc 21
0.2765
-16.0000
6.0000
0.2765
testing/NTCIR/xhtml5/2/math0109156/math0109156_1_5.xhtml
𝐶𝑜𝑣(F(X1,X2,,Xm),G(X1,X2,Xm))0

Doc 22
0.2765
-18.0000
6.0000
0.2765
testing/NTCIR/xhtml5/7/1009.3743/1009.3743_1_2.xhtml
Cov(f(X1,X2,,Xn),g(X1,X2,,Xn))0,

Doc 23
0.2699
-27.0000
8.0000
0.2699
testing/NTCIR/xhtml5/7/1102.3021/1102.3021_1_47.xhtml
diag(X1,X2,,Xξj(i),E,X1-,X2-,,Xξj(i)-,E),

Doc 24
0.2699
-27.0000
8.0000
0.2699
testing/NTCIR/xhtml5/7/1102.3021/1102.3021_1_49.xhtml
diag(X1,X2,,Xζj(i),E,X1-,X2-,,Xζj(i)-,E),

Doc 25
0.2654
-17.0000
7.0000
0.5163
testing/NTCIR/xhtml5/5/0712.4185/0712.4185_1_54.xhtml
DXiA(X1,X2,,Xn)=δi1A(X2,,Xn)
A:(𝒜sa)n𝒜,  (X1,X2,,Xn)A(X1,X2,,Xn)

Doc 26
0.2609
-2.0000
7.0000
0.2609
testing/NTCIR/xhtml5/5/0801.0483/0801.0483_1_29.xhtml
R[X1,X2,,Xn,]

Doc 27
0.2587
-4.0000
14.0000
0.3789
testing/NTCIR/xhtml5/4/math0702542/math0702542_1_40.xhtml
(X1,X2,,X1,X2,)
(X1,,Xm,X1,,Xn)

Doc 28
0.2587
-15.0000
12.0000
0.2587
testing/NTCIR/xhtml5/3/math0406227/math0406227_1_12.xhtml
𝔤={X1,X2,,X2l,X2l+1,,X2l+2k}

Doc 29
0.2587
-17.0000
12.0000
0.2587
testing/NTCIR/xhtml5/5/0804.0738/0804.0738_1_65.xhtml
𝔤={X1,X2,,X2l,X2l+1,,X2l+2k}𝐑,

Doc 30
0.2587
-21.0000
10.0000
0.2587
testing/NTCIR/xhtml5/5/0809.0320/0809.0320_1_48.xhtml
{𝒢k=σ(X1,X2,,XλLk,X~1,X~2,,X~λ~Lk)}

Doc 31
0.2515
-18.0000
7.0000
0.2515
testing/NTCIR/xhtml5/9/1306.4553/1306.4553_1_79.xhtml
τ(X0,X1,,Xj)=(X0,X1,,Xj,0,,0).

Doc 32
0.2510
-13.0000
6.0000
0.2510
testing/NTCIR/xhtml5/3/math0311043/math0311043_1_79.xhtml
(X1,X2,,Xn)A(X1,X2,,Xn)

Doc 33
0.2510
-13.0000
6.0000
0.2510
testing/NTCIR/xhtml5/9/1303.7137/1303.7137_1_2.xhtml
X1,X2,,Xm:ϕ(X1,X2,,Xm).

Doc 34
0.2510
-14.0000
8.0000
0.2510
testing/NTCIR/xhtml5/10/math9901047/math9901047_1_70.xhtml
{fα1,α2,,αn}=f{α1,α2,,αn}

Doc 35
0.2510
-14.0000
8.0000
0.2510
testing/NTCIR/xhtml5/10/math9812064/math9812064_1_22.xhtml
{fα1,α2,,αn}=f{α1,α2,,αn}

Doc 36
0.2510
-16.0000
6.0000
0.2510
testing/NTCIR/xhtml5/5/0704.1747/0704.1747_1_88.xhtml
fτ(-X1,X2,,Xn)=f(X1,X2,,Xn)

Doc 37
0.2510
-19.0000
6.0000
0.2510
testing/NTCIR/xhtml5/3/math0408361/math0408361_1_54.xhtml
Φλλ:(X1,X2,,Xn)(X1,X2,,Xn)

Doc 38
0.2510
-20.0000
7.0000
0.2510
testing/NTCIR/xhtml5/7/1004.0758/1004.0758_1_18.xhtml
w(X1,X2,,Xn-1)=det(X1,X2,,Xn-1,𝐧)

Doc 39
0.2510
-20.0000
6.0000
0.2510
testing/NTCIR/xhtml5/8/1111.6255/1111.6255_1_62.xhtml
W(X1,X2,,XN)W0=-lnG(X1,X2,,XN)

Doc 40
0.2510
-20.0000
6.0000
0.2510
testing/NTCIR/xhtml5/9/1312.5594/1312.5594_1_73.xhtml
S(X1,X2,,Xk)q=span(X2-X1,,Xk-X1).

Doc 41
0.2510
-20.0000
6.0000
0.2510
testing/NTCIR/xhtml5/4/math0509679/math0509679_1_4.xhtml
Φλλ1:(X1,X2,,Xn)(X1,X2,,Xn)

Doc 42
0.2510
-20.0000
5.0000
0.2510
testing/NTCIR/xhtml5/6/0909.5289/0909.5289_1_25.xhtml
(X21(n),X22(n),,X2k(n))=d(X1,X2,,Xk)

Doc 43
0.2510
-21.0000
6.0000
0.5019
testing/NTCIR/xhtml5/4/math0509679/math0509679_1_75.xhtml
Θλ:(X1,X2,,Xn)λq(X1,X2,,Xn)λq
Ψλλq:(X1,X2,,Xn)λq(X1,X2,,Xn)λq

Doc 44
0.2510
-21.0000
6.0000
0.5019
testing/NTCIR/xhtml5/4/math0509679/math0509679_1_13.xhtml
Θλ:(X1,X2,,Xn)λq(X1,X2,,Xn)λq
Ψλλq:(X1,X2,,Xn)λq(X1,X2,,Xn)λq

Doc 45
0.2510
-21.0000
6.0000
0.2510
testing/NTCIR/xhtml5/5/0712.4185/0712.4185_1_65.xhtml
A(X1,X2,,Xn)=X1X2XkA(Xk+1,,Xn).

Doc 46
0.2510
-21.0000
6.0000
0.2510
testing/NTCIR/xhtml5/4/math0509679/math0509679_1_42.xhtml
Θλ:(X1,X2,,Xn)λq(X1,X2,,Xn)λq

Doc 47
0.2510
-21.0000
6.0000
0.2510
testing/NTCIR/xhtml5/4/math0509679/math0509679_1_98.xhtml
Θλ:(X1,X2,,Xn)λq(X1,X2,,Xn)λq

Doc 48
0.2510
-21.0000
6.0000
0.2510
testing/NTCIR/xhtml5/4/math0509679/math0509679_1_103.xhtml
Θλ:(X1,X2,,Xn)λq(X1,X2,,Xn)λq

Doc 49
0.2510
-21.0000
6.0000
0.2510
testing/NTCIR/xhtml5/5/0712.4185/0712.4185_1_66.xhtml
A(X1,X2,,Xn)=X1X2XkA(Xk+1,,Xn).

Doc 50
0.2510
-22.0000
6.0000
0.2510
testing/NTCIR/xhtml5/4/math0509679/math0509679_1_100.xhtml
Θλ:(X1,X2,,Xn)λq(X1,X2,,Xn)λq

Doc 51
0.2510
-25.0000
6.0000
0.2510
testing/NTCIR/xhtml5/3/physics0412029/physics0412029_1_12.xhtml
I(X1,X2,,XM)=i=1MH(Xi)-H(X1,X2,,XM),

Doc 52
0.2510
-25.0000
6.0000
0.2510
testing/NTCIR/xhtml5/9/1308.4438/1308.4438_1_28.xhtml
φ(X1,X2,,Xd)=(X1,X2-p2(X1),,Xd-pd(A1))

Doc 53
0.2510
-26.0000
6.0000
0.2510
testing/NTCIR/xhtml5/4/math0509679/math0509679_1_3.xhtml
Φλλq:(X1,X2,,Xn)λq(X1,X2,,Xn)λq.

Doc 54
0.2510
-27.0000
6.0000
0.2510
testing/NTCIR/xhtml5/5/0712.4185/0712.4185_1_55.xhtml
P(X1,X2,,Xn)=i=1nXiDXiP(X1,X2,,Xn)+ const,

Doc 55
0.2510
-28.0000
6.0000
0.5019
testing/NTCIR/xhtml5/4/math0509679/math0509679_1_102.xhtml
Φλλq:(X1,X2,,Xn)λq(X1,X2,,Xn)λq
Ψλλq:(X1,X2,,Xn)λq(X1,X2,,Xn)λq

Doc 56
0.2510
-28.0000
6.0000
0.2510
testing/NTCIR/xhtml5/5/0801.0483/0801.0483_1_53.xhtml
gldim(R×S[X1,X2,,Xn])=G-gldim(R×S[X1,X2,,Xn])=n+1.

Doc 57
0.2510
-28.0000
6.0000
0.2510
testing/NTCIR/xhtml5/4/math0509679/math0509679_1_7.xhtml
Φλλq:(X1,X2,,Xn)λq(X1,X2,,Xn)λq

Doc 58
0.2510
-29.0000
6.0000
0.2510
testing/NTCIR/xhtml5/5/0706.2026/0706.2026_1_45.xhtml
Φλλq:(X1,X2,,Xn)λq(X1,X2,,Xn)λq.

Doc 59
0.2510
-29.0000
6.0000
0.2510
testing/NTCIR/xhtml5/4/math0509679/math0509679_1_51.xhtml
Ψλ,λq:(X1,X2,,Xn)λq(X1,X2,,Xn)λq

Doc 60
0.2510
-30.0000
7.0000
0.2510
testing/NTCIR/xhtml5/9/1307.3047/1307.3047_1_38.xhtml
cweC(X1,X2,,X16)=1|C|cweC(T(X1,X2,,X16)t),

Doc 61
0.2510
-30.0000
6.0000
0.2510
testing/NTCIR/xhtml5/7/1101.2120/1101.2120_1_33.xhtml
W(X1,X2,,XN)=-lnG(X1,X2,,XN)+12i=1NXi2,

Doc 62
0.2510
-30.0000
6.0000
0.2510
testing/NTCIR/xhtml5/4/math0509679/math0509679_1_38.xhtml
Ψλ,λq:(X1,X2,,Xn)λq(X1,X2,,Xn)λq

Doc 63
0.2437
-4.0000
11.0000
0.2437
testing/NTCIR/xhtml5/6/1002.3816/1002.3816_1_60.xhtml
(α1,α2,,αi,,αn)

Doc 64
0.2400
-19.0000
9.0000
0.2400
testing/NTCIR/xhtml5/2/math0205119/math0205119_1_33.xhtml
(α1m,α2m,,αMm)=(α1n,α2n,,αMn)

Doc 65
0.2400
-19.0000
9.0000
0.2400
testing/NTCIR/xhtml5/2/math0205119/math0205119_1_38.xhtml
(α1m,α2m,,αMm)=(α1n,α2n,,αMn)

Doc 66
0.2350
-2.0000
7.0000
0.2350
testing/NTCIR/xhtml5/5/math0703885/math0703885_1_137.xhtml
{X1,X2,,Xn,}

Doc 67
0.2350
-5.0000
6.0000
0.2350
testing/NTCIR/xhtml5/4/math0510452/math0510452_1_52.xhtml
Mp(X1,X2,X3,,Xn)

Doc 68
0.2350
-24.0000
6.0000
0.2350
testing/NTCIR/xhtml5/4/math0510619/math0510619_1_68.xhtml
(X^1,X^1′′,X^2,,X^n)=(X^1,X^1′′,X2,,Xn)

Doc 69
0.2313
-12.0000
11.0000
0.2313
testing/NTCIR/xhtml5/6/1001.1396/1001.1396_1_15.xhtml
𝐗i=(X1,X2,,Xi,Xi+1,,Xn)

Doc 70
0.2313
-17.0000
11.0000
0.2313
testing/NTCIR/xhtml5/6/1001.2676/1001.2676_1_22.xhtml
{X~1,X~2,,X~k-1,X~k+1,,X~n,Z}

Doc 71
0.2313
-27.0000
11.0000
0.2313
testing/NTCIR/xhtml5/7/1006.4100/1006.4100_1_14.xhtml
[X1,X2,,Xn-k]n-k[A1,,Ak,X1,X2,,Xn-k]n.

Doc 72
0.2254
-12.0000
4.0000
0.2254
testing/NTCIR/xhtml5/2/math0203067/math0203067_1_42.xhtml
fX(X1,,Xq)=f(X,X1,,Xq)

Doc 73
0.2254
-12.0000
4.0000
0.2254
testing/NTCIR/xhtml5/3/math0412325/math0412325_1_18.xhtml
fX(X1,,Xq)=f(X,X1,,Xq)

Doc 74
0.2254
-14.0000
4.0000
0.2254
testing/NTCIR/xhtml5/9/1306.4553/1306.4553_1_76.xhtml
(X0,X1,,Xn)(X0,X1,,-Xn)

Doc 75
0.2254
-19.0000
4.0000
0.2254
testing/NTCIR/xhtml5/9/1306.4553/1306.4553_1_91.xhtml
(X0,X1,,Xk)(X0,X1-X0,,Xk-X0)

Doc 76
0.2254
-24.0000
6.0000
0.2254
testing/NTCIR/xhtml5/5/0706.3520/0706.3520_1_12.xhtml
S1={X1,X2,,Xn}, S2={Xn+1,Xn+2,,Xm}.

Doc 77
0.2254
-30.0000
6.0000
0.2254
testing/NTCIR/xhtml5/4/math0604585/math0604585_1_24.xhtml
𝒫n-={X1,X2,,XN(n)},  𝒫n+={X1,X2,,XN(n)+M(n)}.

Doc 78
0.2090
-6.0000
6.0000
0.2090
testing/NTCIR/xhtml5/5/0704.3992/0704.3992_1_11.xhtml
X={X1,X2,X3,,Xk}

Doc 79
0.2090
-6.0000
4.0000
0.2090
testing/NTCIR/xhtml5/4/math0702730/math0702730_1_41.xhtml
{X0,X1,X2,,Xn-1}

Doc 80
0.2090
-6.0000
4.0000
0.2090
testing/NTCIR/xhtml5/6/0901.2831/0901.2831_1_16.xhtml
{X0,X1,X2,,Xn-1}

Doc 81
0.2090
-6.0000
4.0000
0.2090
testing/NTCIR/xhtml5/4/math0702730/math0702730_1_50.xhtml
{X0,X1,X2,,Xn-1}

Doc 82
0.2090
-6.0000
4.0000
0.2090
testing/NTCIR/xhtml5/4/math0702730/math0702730_1_26.xhtml
{X0,X1,X2,,Xn-1}

Doc 83
0.2034
-2.0000
10.0000
0.2034
testing/NTCIR/xhtml5/9/1305.1984/1305.1984_1_94.xhtml
(X1,X1,,X1,X2)

Doc 84
0.2034
-3.0000
11.0000
0.2034
testing/NTCIR/xhtml5/7/1012.4049/1012.4049_1_248.xhtml
(X1,X2,,X1,X2).

Doc 85
0.2034
-3.0000
11.0000
0.2034
testing/NTCIR/xhtml5/7/1012.4049/1012.4049_1_253.xhtml
(X1,X2,,X1,X2).

Doc 86
0.2034
-17.0000
9.0000
0.2034
testing/NTCIR/xhtml5/6/0904.2507/0904.2507_1_20.xhtml
Zi=f(X1,,Xi-1,Xi,Xi+1,,Xn)

Doc 87
0.1997
-16.0000
4.0000
0.1997
testing/NTCIR/xhtml5/2/math0209090/math0209090_1_1.xhtml
{X1, X2, X3}𝒟(3, α0, α1, α2, α3)

Doc 88
0.1973
-16.0000
8.0000
0.1973
testing/NTCIR/xhtml5/7/1105.1451/1105.1451_1_28.xhtml
R(0,X2,,Xn-1,0)=R(X2,,Xn,0)

Doc 89
0.1905
-12.0000
9.0000
0.1905
testing/NTCIR/xhtml5/1/0803.1124/0803.1124_1_14.xhtml
(X0,X1,,Xn,X¯1,,X¯n+1),

Doc 90
0.1892
-26.0000
5.0000
0.1892
testing/NTCIR/xhtml5/9/1304.0302/1304.0302_1_55.xhtml
F(X0,,X3)=X0f(X0,,X3)+h(X1,X2,X3)=0

Doc 91
0.1749
-12.0000
10.0000
0.1749
testing/NTCIR/xhtml5/8/1205.0356/1205.0356_1_44.xhtml
w(X1,,Xk,X,Xk+1,,Xn)=0

Doc 92
0.1749
-12.0000
9.0000
0.3498
testing/NTCIR/xhtml5/4/math0510619/math0510619_1_35.xhtml
(X1,,Xi-1,Xi,Xi+1,,Xn)
(X1,,Xi-1,Xi,Xi+1,,Xn).

Doc 93
0.1749
-13.0000
10.0000
0.1749
testing/NTCIR/xhtml5/5/0810.1114/0810.1114_1_36.xhtml
(X1,,Xk,X,Xk+1,,Xm-1)=0

Doc 94
0.1749
-17.0000
8.0000
0.3498
testing/NTCIR/xhtml5/4/math0510619/math0510619_1_34.xhtml
(X1,,Xi-1,Xi,Xi′′,Xi+1,,Xn)
(X1,,Xi-1,Xi′′,Xi,Xi+1,,Xn),

Doc 95
0.1749
-24.0000
5.0000
0.1749
testing/NTCIR/xhtml5/5/0810.1114/0810.1114_1_37.xhtml
w(L0X0,X1,X2,,XN)=w(X0,L1X1,X2,,XN)

Doc 96
0.1739
-31.0000
4.0000
0.1739
testing/NTCIR/xhtml5/7/1011.5686/1011.5686_1_13.xhtml
Xα,i=(Xα1,i1,Xα1,α2,i2,,Xα1,α2,,αn,in)

Doc 97
0.1695
-8.0000
6.0000
0.1695
testing/NTCIR/xhtml5/4/math0512386/math0512386_1_6.xhtml
{X0,Xδ,X2δ,,Xnδ,}

Doc 98
0.1633
-13.0000
5.0000
0.1633
testing/NTCIR/xhtml5/5/0709.1231/0709.1231_1_20.xhtml
(X1,,Xp)α(JX1,X2,,Xp)

Doc 99
0.1633
-13.0000
5.0000
0.1633
testing/NTCIR/xhtml5/4/math0606095/math0606095_1_25.xhtml
(X1,,Xp)α(JX1,X2,,Xp)

Doc 100
0.1529
-9.0000
6.0000
0.1529
testing/NTCIR/xhtml5/9/1302.5919/1302.5919_1_161.xhtml
A[X1,,Xk,X1-1,,Xk-1]

Doc 101
0.1529
-9.0000
6.0000
0.1529
testing/NTCIR/xhtml5/9/1302.5919/1302.5919_1_160.xhtml
A[X1,,Xk,X1-1,,Xk-1]

Doc 102
0.1529
-9.0000
6.0000
0.1529
testing/NTCIR/xhtml5/5/0707.3151/0707.3151_1_7.xhtml
R[X1,,Xi-1,Xi+1,,Xn]

Doc 103
0.1529
-11.0000
7.0000
0.1529
testing/NTCIR/xhtml5/8/1209.1185/1209.1185_1_40.xhtml
C(X1,,Xα-1,Xα+1,,Xn)=0

Doc 104
0.1529
-17.0000
6.0000
0.1529
testing/NTCIR/xhtml5/5/0810.1774/0810.1774_1_21.xhtml
f=h(X1,,X1,X2,,X2,,Xn,,Xn)

Doc 105
0.1529
-27.0000
6.0000
0.1529
testing/NTCIR/xhtml5/6/1003.5556/1003.5556_1_14.xhtml
F(μ)vol0(X1,,X6,X^1,,X^2k-2,Xˇ1,,Xˇ2k-2)

Doc 106
0.1455
-16.0000
8.0000
0.1455
testing/NTCIR/xhtml5/7/1106.5800/1106.5800_1_137.xhtml
(X1,,Xi-1,Xi+gi,Xi+1,,Xn)

Doc 107
0.1224
-9.0000
7.0000
0.1224
testing/NTCIR/xhtml5/7/1012.4049/1012.4049_1_246.xhtml
(X1,X2,X1,X2,,X1,X2).

Doc 108
0.1202
-5.0000
7.0000
0.1202
testing/NTCIR/xhtml5/4/math0511466/math0511466_1_73.xhtml
(α1,,αk,αk,,α1)

Doc 109
0.1202
-9.0000
7.0000
0.1202
testing/NTCIR/xhtml5/9/1311.0832/1311.0832_1_18.xhtml
β={X1,,Xn,X¯1,,X¯n}

Doc 110
0.1202
-9.0000
7.0000
0.1202
testing/NTCIR/xhtml5/5/math0703381/math0703381_1_11.xhtml
{X1,,Xn,X1-1,,Xn-1}

Doc 111
0.1202
-9.0000
6.0000
0.1202
testing/NTCIR/xhtml5/9/1303.0266/1303.0266_1_146.xhtml
{X1,,Xt,Xt+r+1,,Xn}

Doc 112
0.1202
-9.0000
6.0000
0.1202
testing/NTCIR/xhtml5/9/1303.0266/1303.0266_1_148.xhtml
{X1,,Xt,Xt+r+1,,Xn}

Doc 113
0.1202
-9.0000
6.0000
0.1202
testing/NTCIR/xhtml5/9/1303.0266/1303.0266_1_41.xhtml
{X1,,Xt,Xt+r+1,,Xn}

Doc 114
0.1202
-9.0000
6.0000
0.1202
testing/NTCIR/xhtml5/9/1303.0266/1303.0266_1_43.xhtml
{X1,,Xt,Xt+r+1,,Xn}

Doc 115
0.1202
-9.0000
6.0000
0.1202
testing/NTCIR/xhtml5/9/1303.0266/1303.0266_1_45.xhtml
{X1,,Xt,Xt+r+1,,Xn}

Doc 116
0.1202
-9.0000
6.0000
0.1202
testing/NTCIR/xhtml5/9/1303.0266/1303.0266_1_115.xhtml
{X1,,Xt,Xt+r+1,,Xn}

Doc 117
0.1202
-9.0000
6.0000
0.1202
testing/NTCIR/xhtml5/9/1303.0266/1303.0266_1_116.xhtml
{X1,,Xt,Xt+r+1,,Xn}

Doc 118
0.1202
-9.0000
6.0000
0.1202
testing/NTCIR/xhtml5/9/1303.0266/1303.0266_1_145.xhtml
{X1,,Xt,Xt+r+1,,Xn}

Doc 119
0.1202
-11.0000
7.0000
0.1202
testing/NTCIR/xhtml5/10/math9801040/math9801040_1_42.xhtml
X(m)=(X1,,Xm,X0,,Xm)

Doc 120
0.1202
-16.0000
7.0000
0.1202
testing/NTCIR/xhtml5/5/0810.0451/0810.0451_1_96.xhtml
X~:=(X,X)=(X1,,Xn,Xn+1,,XN)

Doc 121
0.1069
-19.0000
3.0000
0.1069
testing/NTCIR/xhtml5/4/math0605766/math0605766_1_87.xhtml
ι(X0,,X5)=(-X0,-X1,X2,,X5)