| 21. | Each API or programming environment in principle has its own high-level memory model that defines its memory visibility semantics.
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| 22. | The action memory model is based on a variable store, and does not make use of registers or a stack.
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| 23. | GPI segments can also be used to leverage different memory models within a single application or to even run different applications.
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| 24. | C + + 11 standardizes special atomic types and operations with semantics similar to those of volatile in the Java Memory Model.
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| 25. | In the shared memory model the " code " and " data " sections of a program were isolated from each other.
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| 26. | A language implementation cannot easily support full closures if its run-time memory model allocates all automatic variables on a linear stack.
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| 27. | The flat memory model ( at the physical addressing level ) still provides the greatest flexibility for implementing this type of memory management.
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| 28. | Technically, the " flat " 32-bit address space is a " tiny " memory model for the segmented address space.
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| 29. | The Java Memory Model ( JMM ) defines the allowable behavior of multithreaded programs, and therefore describes when such reorderings are possible.
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| 30. | Support for the 8086 memory model was provided by inline assembly, compiler options, and language extensions such as the " absolute " keyword.
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