1) acyclic directed graph,acyclic digraph
非循环有向图
2) Directed Acyclic Graph
有向非循环图
1.
Authors have studied the structure of R G,which is the set of reversible edges of a dag(directed acyclic graph) G and present the sufficient and necessary condition to determine R G.
讨论了有向非循环图 (dag)G的可反向边集合RG 的结构 ,给出了判断RG 的充分必要条件。
2.
The data partition and tasks mapping methods are studied firstly,the tasks mapping model and the tasks coarse grain directed acyclic graph(DAG) are proposed for the analysis of the two performance indexes,latency and throughput.
然后提出了任务映射模型,建立了任务流程粗粒度有向非循环图(DAG),进一步分析了STAP系统中的两个重要性能指标。
3) Partial directed acyclic graph
部分非循环有向图
4) circulant digraph
有向循环图
1.
This paper, we use matric expression of circulant digraph D(n,S).
本文利用有向循环图D(n,S)的矩阵表示,讨论了D(n,S)的一些谱性质。
5) Circulant Digraphs
循环有向图
6) directed acyclic graphs(DAG)
非循环指向图(DAG)
补充资料:非想非非想处
【非想非非想处】
(术语)可享有非想非非想天之禅定也。与非有想非无想同。楞严经曰:“识性不动,以灭穷研,于无尽中,发实尽性。如存不存,若尽非尽,如是一类,名非想非非想处。”按非想非非想处,为无色界第四天,诸天之最胜者也。非想,言非有想。非非想,言亦非有此非想也。即经所云如存不存若尽非尽者是。
(术语)可享有非想非非想天之禅定也。与非有想非无想同。楞严经曰:“识性不动,以灭穷研,于无尽中,发实尽性。如存不存,若尽非尽,如是一类,名非想非非想处。”按非想非非想处,为无色界第四天,诸天之最胜者也。非想,言非有想。非非想,言亦非有此非想也。即经所云如存不存若尽非尽者是。
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