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1 2004 TV Indexing Index Auto-Making Soccer Video Digests : U043-0 Katsunori Kawaguchi

2 RGB CMY HSV YCC

3 Index

4

5 RGB CYM RGB

6

7 3.1 Index

8 1 1.1 CS BS TV 1.2 Indexing [1] [4] [5] [6] [7] [8] TV 2 TV TV 7

9 1 Indexing Index

10 x,y 2 (brightness) (gray level value) f(x, y) = g x,y g x,y T x,y

11 2 2.1: (raster) (raster scan image) 2.2: 10

12 2 2.2 (color model,color base) RGB RGB (Red) (Green) (Blue) (additive mixing) 3 R G B (8 ) CMY CYM RGB (cyan) (magenta) (yellow) (subtractive mixing) 3 (black) CMYK 2.4 RGB CMY C = 255 R, M = 255 G, Y = 255 B 2.3: RGB 2.4: CYM 11

13 HSV HSV (Hue angle) (Saturation) (Value) HSV H 0 2π 0 π/3 2π/3 π 4π/3 5π/3 2π 2.5 S V (Value) (Lightness) HSL HLS RGB HSV V = max(r, G, B) { 0 (max(r, G, B) = 0 ) S = 1 min(r, G, B)/ max(r, G, B) ( ) H = 0 (S = 0 ) (G B)/(max(R, G, B) min(r, G, B)) (max(r, G, B) = R ) (B R)/(max(R, G, B) min(r, G, B)) (max(r, G, B) = G ) (R G)/(max(R, G, B) min(r, G, B)) (max(r, G, B) = B ) 2.5: 12

14 YCC YCC NTSC(National Television System Committee) (Y,CIE Y ) (Cb) (Cr) YCbCr YUV YIQ RGB YCC Y = r g b Cb = r g b Cr = r g b M N (density histgram) 2.6,

15 2 2.6: 2.7: RGB (binary image) 2 2 CPU (Affine transformation) 14

16 (x,y) (X,Y) [ ] [ ] X Y W = x y 1 a d 0 b e 0 c f 0 X = ax + by + c, Y = dx + ey + f (x,y,z) (X,Y,Z) 3 [ ] [ ] X Y Z W = x y z 1 a e i 0 b f j 0 c g k 0 d h l (x,y,(0)) (X,Y,Z) 3 Z (X,Y ) 4 15

17 2 [ ] [ ] X Y Z W = x y 0 1 a d p 0 b e q 0 z 1 z 2 z 3 0 c f r 0 X = ax + by + c px + qy + r, Y = dx + ey + f px + qy + r 2.8:

18 2! "$# % 2.9: (pattern matching) (template matching) 17

19 2 P i = (P i,1, P i,2,..., P i,n ) P T = (P T,1, P T,2,..., P T,n ) D u = n (P i,k P T,k ) 2 k=0!#"$!&%')( * 2.10: ( 2.10 ) 18

20 Index Index

21 3 Indexing Index 3. indexing!) * "$#&%('! ;< 8 "$#&%(':8 354 '7698 +,.-0/ : 3.2: 20

22 3 3.2 # #,+ %$&'( -/ "! 67 8:9<;= )%*% 3.3: Indexing 3. Index 4. 1,2 3,4 Index M 1. M S 1, S 2,..., S n T T 1, T 2,..., T n M = {S 1, S 2,..., S n } T = {T 1, T 2,..., T n } 21

23 3 2. Indexing S i Index I Si 1, I Si 2,..., I Si h S i = {I Si 1, I Si 2,..., I Si h} Index O 1, O 2,..., O l 3. P (S i ) P (S i ) = P ({I Si 1, I Si 2,..., I Si h}) = {I Si 1, I Si 2,..., I Si g,..., I Si h} {O 1, O 2,..., O k,..., O l } IndexI Si g Index O k m t 4. t P (S i ) S 1, S 2,..., S m m X P (S i ) m = {S r1, S r2,..., S ri,..., S rj } { X (k {r1, r 2,..., r j }) P (S k ) < X ( ) r i < r i+1 t j T rk k=1 3.3 Index Indexing Index

24 : Index 3.4: 23

25 4 TV Index TV [1][3] TV 4.1: 24

26 TV TV 4.2 Indexing Indexing Indexing 10% 50% TV 4.2: 25

27 4 4.2 TV 4.3 Indexing Indexing Index 4.3: 26

28 5 Indexing TV Microsoft VisualC (width) 320,360,640,720 dot (height) 240,480 dot 29.97fps 24bit Color VfW(Video for Windows) Avi M F 1, F 2,..., F framemax F i 27

29 F t F t+1 RGB S(t) k 5.1 M S 1, S 2,..., S n S i F j, F j+1,..., F k j = S i ST, k = S i ED S i ED + 1 = S i+1 ST 255 R(t) = r t+1 (i) r t (i) i=0 S(t) = R(t) + G(t) + B(t) r t (i) : F t r i S(t) k k = M = {S 1, S 2,..., S n } 28

30 S i = {F j, F j+1,..., F k } 5 = {F Si ST,..., F Si ED} 5.1: Y Y < Y cut Y > 255 Y cut Y cut = 40 F t h t h h 20 % H cut i 5.2 h t (i) : F t i Y cut Y 255 Y cut h(i) = framemax t=1 h t (i) 29

31 /. YX -W 0Z^ H cut = MAX(h(i)) 0.2(0 i 359) 5 h(i) H cut i H feild H feild A B CDEF 6b 798 c9d : e ; f < g = h > i 254 \5] `5a 0Z^ 132 [3\ _3` 0Z^ G HG IG JG KLG KMG KNG LKG LOG L PG HGG HHG!" H!I"G # 5.2:

32 5 4.3 H feild H feild F Av F CH 6 60 (i 1) H 60 i(1 i 6) 6 8 H(f) f H Av S ted F Av = h i (j H feild ) /(S t ED S t ST + 1) i=s t ST S t ED 1 F CH = h i (j H feild ) h i+1 (j) /(S t ED S t ST ) i=s t ST S t ED H Av = i=s tst H(i) /(S t ED S t ST + 1) H feild F Av F CH H Av F Av,F CH,H Av k 1,k 2,k : F Av k 1 2 : F Av k 2, F CH < k 3, H Av k 4 2 k 1 = 20000, k 2 = 50000, k 3 = 500, k 4 = pass 1 2-pass

33 5 5.3: 5.1: F Av F CH H Av H feild 2 (r, g, b) = (255, 255, 255)

34 5 5.4: (h, w) (H, W ) 3 Ah + Bw + 1 Dh + Ew + 1 H = C, W = F P h + Qw + 1 P h + Qw Hough 2 Affine?? Y 2 S l e 5.3 e = 4πS l 2 33

35 5 5.5: 5.6: s

36 % $ # "! & ' 5 5.2: H(m) W (m) :

37 5 5.7: 5.8: Indexing Indexing 36

38 5 5.9: VTR VTR [d 1, d 2, d 3, d 4, d 5 ] (d 1, d 2 ) : (H, W ) (d 3, d 4 ) : (h, w) d 5 : 37

39 5 5.10: 5.11: 38

40 5 5.3 Index 1. (a) 3m (b) (c) 2. (a) (b) (c) 3. (a) 4. (a) (b) (c)

41 5 V s s A s(n) s 1 0 n W (n) W (n) W V s (s = 0, 1,..., scene MAX ) A s(n) = 1 ( n V s ) = 0 ( V t s W (n) = A s(n) W = Av(W (n) ) n Indexing m Indexing 40

42 5 5.4: 1 int[2] time[2] int int double double double double int double double double double int double double double double CK(IN) CK(OUT) FK(IN) FK(OUT) GK(IN) GK(OUT) SI(IN) SI(OUT) bool bool bool bool bool bool bool bool double GK int double 41

43 : % %

44 : % 52.2% 80.0% 6.3: % 92.0% % 88.6% % 87.5% % 88.2% %

45 6 6.4: % 67.5% % 53.5% % 84.0% % 68.0% % 68.3% % 62.5% %

46 6 6.5: % 87.5% % 89.1% % 88.3% % 86.2% 6.6: % 67.0% % 87.6% % 77.3% % 80.5% 2 > FK CK FK 4 30% 6.2 Indexing 2 Index 6.1 Index 45

47 6 Indexing (1) Index Index Index Index (2) Index Index Indexing Indexing (3) Index Index 46

48 ' & 6 C +,.- (*),.- / "!$#% $: < <?FEHG = =BADC C ; $: < <?FEHG I =KJ I =JLA INM ILM ILM 6.1: 47

49 7 7.1 Index Indexing OPTA [10] 48

50 7 7.1: 7.2: 49

51 [1],, 2001,Feb 2002 [2],, 2003,Feb 2004 [3],, 2003,Feb 2004 [4],,,, ,Feb 2002 [5],,,, TECHNICAL REPORT OF IEICE. PRMU ,Jan 2001 [6],,,, TECHNICAL REPORT OF IEICE. PRMU ,Jan 2001 [7],,,, TECHNICAL REPORT OF IEICE. PRMU ,Jan 2001 [8],,, - -, TECHNICAL REPORT OF IEICE. IE ,PRMU ,MVE ,Jul 2001 [9],V.V.Vinod, - -, D-ll Vol. J81-D-ll No.9,Sep

52 7 [10] OPTA INDEX 51

53 OB OB OB M2 M

131 71 7 1 71 71 71 71 71 71 71 71 71 71 7 1 71 71 71 71 71 71 71 71 7 1 71 7 1 71 71 71 71 71 71 71 71 71 71 71 71 71 71 71 71 71 7 1 71 71 71 71 71 71 71 71 71 7 1 71 71 71 71 71 71 71 7 1 71 7 1 71

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