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Observationally-induced Algebras in Domain Theory 领域理论中的观测诱导代数
Pub Date : 2014-02-01 DOI: 10.2168/LMCS-10(3:18)2014
Ingo Battenfeld
We investigate the observationally-induced free algebra approach for constructing computational monads in the categories of classical domain theory. Our investigation yields that the free algebra construction exists for all finitary algebraic signatures and computational prototypes. We furthermore investigate the classical powerdomain constructions in the observationally-induced approach. For the Hoare, Smyth and probabilistic powerdomain constructions we build on established results, showing that they can be recovered observationally-induced. However, the Plotkin powerdomain turns out to be more problematic. Here we show that with the obvious prototype algebra, Heckmanns algebra A, one does not get the classical Plotkin powerdomain.
我们研究了在经典领域理论范畴中构造计算单子的观测诱导自由代数方法。我们的研究表明,对于所有有限代数签名和计算原型,自由代数结构都存在。我们进一步研究了观测诱导方法中的经典幂域结构。对于Hoare, Smyth和概率幂域结构,我们建立在既定结果的基础上,表明它们可以被观测诱导恢复。然而,Plotkin功率域的问题更大。这里我们证明了对于明显的原型代数,Heckmanns代数A,人们不能得到经典的Plotkin幂域。
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引用次数: 5
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International Symposium on Domain Theory and Its Applications
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