CDFG (control data flow graph) can be used in system modeling, software and hardware partition, synthesis and verification.
控制数据流图可用于系统建模、软硬件功能划分、系统综合与验证等多个环节。
The task data flow graph(DFG) was partitioned into several sub-modules under hardware resource constraint.
在可重构硬件资源约束条件下，将任务的数据流图划分成数个子模块。
Because of the NP complexity of mapping problem, the thesis studies two-step method: optimal scheduling of data flow graph and optimal processor mapping.
考虑到算法映射问题的NP复杂度和求解时间的指数性增加，本文主要研究两步规划方法，即先进行数据流图的最优规划，然后进行处理器的映射。
The switching between author and reader levels and their intercommunication with the system may be described by a data flow graph.
系统的数据流程图描述了作者层与读者层两个工作层面之间相互切换以及它们同系统之间相互通讯的关系。
The strong time constraints are the time constraints when the delay time of Control Data Flow Graph (CDFG)is not satisfied.
强时间约束是指控制数据流图CDFG的延迟时间无法满足的时间约束。
The strong time constraints are the time constraints when the delay time of Control Data Flow Graph (CDFG)is not satisfied.
强时间约束是指控制数据流图CDFG的延迟时间无法满足的时间约束。
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