De 1973 ~ ce d o u r , l e Bureau dee t r a d u c t i o n s du 3 e o r 6 t a f i a t d ' E t a t du Canada a eubven t ionn~ l a r e c h e r c h e en t r a d u o . t ion a u t o ~ a t i q u e au moyen de maroh~s de d~veloppement c o n c l u s aveo l ' U n i v e ~ s i t ~ de H o n t r ~ a l . I 1 e e t i e s u des t r a v a u x du ~roupe de r e c h o r o h e TAUH de o e t t e u n i v e r e i t ~ ...

K E L I , † P E N G Z H A N G , † J O H N C . C R I T T E N D E N , * , † S U B H R A J I T G U H A T H A K U R T A , ‡ Y O N G S H E N G C H E N , † H A R I N D R A F E R N A N D O , ⊥ A N I L S A W H N E Y , § P E T E R M C C A R T N E Y , | N A N C Y G R I M M , # R A M Z Y K A H H A T , † H I M A N S H U J O S H I , ‡ G O R A N K O N J E V O D , @ Y U J I N C H O I , ⊥ E R N E S T O F O N S...

The problem of i d e n t i f y i n g bodies on a contour image of a three-dimensional scene is s t a t e d as f o l l o w s (see, eg.g. I ) . A l i s t of t h e contour image r e gions i s g i v e n (each r e g i o n i s assumed to be associated w i t h an surface or p a r t of a surface of a three-dimensional body). The l i s t should be decomposed i n t o s u b l i s t s each c o n t a i n i ...

O B J L O C / I N T S O R T S [/ OC O K O P S ; I N T > L O C N E X T ~ I/ )C > L O C V A R S i ~ I N T O K E Q N S ( N E X T ~ = I + I ) J B O I M ( A R R A Y = > S T O R E ) / L O C IT E M B O O L S O R T S ( A R R A y = > S T O R E ) { E L E M E N T = > I T E M ) { I N D E X = > L O C ) O P S ( N I L A R R A Y : -> A R R A Y = > N I L S T O R E ) M I I M ( P A I R = > S T A T E ) / S T O R E...

O. Adriania,b, G. C. Barbarinoc,d, G. A. Bazilevskayae, R. Bellotti f ,g, M. Boezioh, E. A. Bogomolovi, L. Bonechia,b, M. Bongib, V. Bonvicinih, S. Borisov j,l,m, S. Bottaib, A. Bruno f ,g, F. Cafagnag, D. Campanad, R. Carbone j,d, P. Carlsonk, M. Casolinol, G. Castellinin, L. Consigliod, M. P. De Pascale j,l, C. De Santisl, N. De Simone j,l, V. Di Felice j,l, A. M. Galperm, L. Grishantsevam, W...

48 53 88 7/ 3/ 20 14 91 36 D aw n D aw n C us to m er s ta te d th e C A d id n ot fo llo w p ol ic y/ pr oc ed ur e. C A d id no t r ea d th ei r p ro fil e or a nn ou nc ed th ei r c al l. 7/ 3/ 20 14 C us to m er S er vi ce a po lo gi ze d an d st at ed th e C A w ou ld b e co un se le d an d m on ito re d m or e fre qu en tly . I nf or m at io n w as fo rw ar de d to m an ag em en t a nd C ...

48 53 88 7/ 3/ 20 14 91 36 D aw n D aw n C us to m er s ta te d th e C A d id n ot fo llo w p ol ic y/ pr oc ed ur e. C A d id no t r ea d th ei r p ro fil e or a nn ou nc ed th ei r c al l. 7/ 3/ 20 14 C us to m er S er vi ce a po lo gi ze d an d st at ed th e C A w ou ld b e co un se le d an d m on ito re d m or e fre qu en tly . I nf or m at io n w as fo rw ar de d to m an ag em en t a nd C ...

The purpose of t h i s paper is to suggest the use of b i o l o g i c a l movements of detectors f o r p a t ­ t e r n r e c o g n i t i o n . The authors demonstrate a unique method f o r recogniz ing pat terns composed of s t r a i g h t and curved l i nes such as characters or edge p a t t e r n s , independent o f p o s i t i o n , r o t a t i o n , s i z e , or s l i g h t deformat ion. Th...

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