| 11. | In programming language normal form of terms in the ? calculus by appealing to their denotational semantics.
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| 12. | Broadly speaking, denotational semantics is concerned with finding mathematical objects called domains that represent what programs do.
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| 13. | It also has a denotational semantics in which formulas are interpreted by modules over some specific Hopf algebras.
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| 14. | In this context, notions from denotational semantics, such as full abstraction, help to satisfy security concerns.
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| 15. | This intuition, in the context of denotational semantics, was the motivation behind the development of domain theory.
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| 16. | Denotational semantics have been developed for modern programming languages that use capabilities like terminate the execution of the other one.
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| 17. | Some experimental compiler-compilers take as input a formal description of programming language semantics, typically using denotational semantics.
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| 18. | The specialization order is often considered in applications in computer science, where T 0 spaces occur in denotational semantics.
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| 19. | Note the connection with denotational semantics, where the denotations of recursive programs is built up corecursively in this way.
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| 20. | Two years later, denotational semantics based on power domains This resulted in the full development of actor model theory.
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