逢甲學報, Ausgaben 26-27逢甲大學, 1993 |
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Ergebnisse 1-3 von 15
Seite 300
... node ( 0 ) to node ( n - 1 ) and n - 1 is even , from Lemma 1 ( b ) , addr ( node ( 0 ) ) and addr ( node ( n - 1 ) ) should differ by an even number of bits . Therefore , it is impossible to embed a ring with an odd number of nodes in ...
... node ( 0 ) to node ( n - 1 ) and n - 1 is even , from Lemma 1 ( b ) , addr ( node ( 0 ) ) and addr ( node ( n - 1 ) ) should differ by an even number of bits . Therefore , it is impossible to embed a ring with an odd number of nodes in ...
Seite 301
... nodes at the first i - 1 levels and the i - th level of XT , respectively , we can see that x - 21-1 is the position of node ( x ) at level i ( i = 1 , ... , I ) , where 21-1≤x≤2-1 . From equation 3 , we have the following lemma ...
... nodes at the first i - 1 levels and the i - th level of XT , respectively , we can see that x - 21-1 is the position of node ( x ) at level i ( i = 1 , ... , I ) , where 21-1≤x≤2-1 . From equation 3 , we have the following lemma ...
Seite 303
... node ( 1 ) , and for each nonterminal node node ( n ) of HT , its left and right children are labeled as 2n and 2n + 1 , denoted by node ( 2n ) and node ( 2n + 1 ) , respectively . At each level of HT , there are some additional links ...
... node ( 1 ) , and for each nonterminal node node ( n ) of HT , its left and right children are labeled as 2n and 2n + 1 , denoted by node ( 2n ) and node ( 2n + 1 ) , respectively . At each level of HT , there are some additional links ...
Inhalt
ri V R R and Fran | 8 |
Lat 20 a0 1 | 62 |
n to 05 10 15 20 25 30 35 40 45 50 55 60 65 70 | 5 |
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AASHTO algorithm Analysis beam behavior bending binary boric acid box girder bridges chemical yield commuter composite box girder curved box girder decreases differential detection disk replication double-coated optical fibers Dynamic effect elliptic hole embedded equation error estimate feedback Figure finite element function glass fiber hypercube HYPERTREES increasing Journal lateral pressure Le Corbusier Lemma LMOS Load Factor Design logical disk Logical Machine mapping maximum method microbending microbending loss MINIX modulation index nodes obtained optical fibers optimal oxidation parameters phase phase transfer catalyst plate Poisson's ratio polyblends polymeric coating polyurethanes porous layer primary coating problem properties Rayleigh fading replicated file sample screw dislocation secondary coating shear shown in Fig simulation solution strength stress intensity factor structure Study survey Table temperature Theory thermal torsional unit of capital wave X-trees Young's modulus 摘要