例句與造句

1. Therefore, UML statecharts provide a number of ways for orthogonal regions to communicate and synchronize their behaviors.
2. In most real-life situations, orthogonal regions would be only approximately orthogonal ( i . e . not truly independent ).
3. Orthogonal regions address the frequent problem of a combinatorial increase in the number of states when the behavior of a system is fragmented into independent, concurrently active parts.
4. Among these rich sets of ( sometimes complex ) mechanisms, perhaps the most important feature is that orthogonal regions can coordinate their behaviors by sending event instances to each other.
5. In the case of orthogonal regions where one orthogonal region defers an event and another consumes the event, the consumer takes precedence and the event is consumed and not deferred.
6. It's difficult to find orthogonal region in a sentence. 用orthogonal region造句挺難的
7. In the case of orthogonal regions where one orthogonal region defers an event and another consumes the event, the consumer takes precedence and the event is consumed and not deferred.
8. The use of orthogonal regions allows the mixing of independent behaviors as a Cartesian product to be avoided and, instead, for them to remain separate, as shown in Figure 4.
9. Note that if the orthogonal regions are fully independent of each other, their combined complexity is simply additive, which means that the number of independent states needed to model the system is simply the sum " k + l + m + . . . ", where " k, l, m, . . . " denote numbers of OR-states in each orthogonal region.
10. Note that if the orthogonal regions are fully independent of each other, their combined complexity is simply additive, which means that the number of independent states needed to model the system is simply the sum " k + l + m + . . . ", where " k, l, m, . . . " denote numbers of OR-states in each orthogonal region.