Im Buch
Ergebnisse 1-3 von 9
Seite 89
Proof : From ( 13.2 ) and ( 13.3 ) , t ̄ − t * = 1/2 ( N / s ) = 1/2 ( t , − t ) as given ɛ = 2 . Q.E.D. On the other hand , there are two suboptimal single - step tolls in ( 13.1 ) ~ ( 13.3 ) if ε > 2 . One is a larger toll with a ...
Proof : From ( 13.2 ) and ( 13.3 ) , t ̄ − t * = 1/2 ( N / s ) = 1/2 ( t , − t ) as given ɛ = 2 . Q.E.D. On the other hand , there are two suboptimal single - step tolls in ( 13.1 ) ~ ( 13.3 ) if ε > 2 . One is a larger toll with a ...
Seite 497
By the proof of Lemma 2 in [ 2 ] , at least one such cycle satisfies the theorem . Therefore , the vertices of G can be partitioned into three sets A , B , and C as in theorem 1. The vertices in set C are the vertices on levels 1 and 2 ...
By the proof of Lemma 2 in [ 2 ] , at least one such cycle satisfies the theorem . Therefore , the vertices of G can be partitioned into three sets A , B , and C as in theorem 1. The vertices in set C are the vertices on levels 1 and 2 ...
Seite 500
0 • · 1113 12/3 S S S 11-1 11/3 ( a ) ( b ) ( ၁ ) 12/3 1213 + i प्रै Figure 2. ( a ) A conceptual plot of the location of the vertices in set C for case ( 1 ) in Djidjev's proof of the PST . C is represented by the dotted lines in ...
0 • · 1113 12/3 S S S 11-1 11/3 ( a ) ( b ) ( ၁ ) 12/3 1213 + i प्रै Figure 2. ( a ) A conceptual plot of the location of the vertices in set C for case ( 1 ) in Djidjev's proof of the PST . C is represented by the dotted lines in ...
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