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- Flat_memory_model abstract "Flat memory model or linear memory model refers to a memory addressing paradigm in which \"memory appears to the program as a single contiguous address space.\" The CPU can directly (and linearly) address all of the available memory locations without having to resort to any sort of memory segmentation or paging schemes.Memory management and address translation can still be implemented on top of a flat memory model in order to facilitate the operating system's functionality, resource protection, multitasking or to increase the memory capacity beyond the limits imposed by the processor's physical address space, but the key feature of a flat memory model is that the entire memory space is linear, sequential and contiguous from address zero to MaxBytes − 1.In a simple controller, or in a single tasking embedded application, where memory management is not needed nor desirable, the flat memory model is the most appropriate, because it provides the simplest interface from the programmer's point of view, with direct access to all memory locations and minimum design complexity.In a general purpose computer system, which requires multitasking, resource allocation and protection, the flat memory system must be augmented by some memory management scheme, which is typically implemented through a combination of dedicated hardware (inside or outside the CPU) and software built into the operating system. The flat memory model (at the physical addressing level) still provides the greatest flexibility for implementing this type of memory management.The majority of processor architectures implement a flat memory design, including all early 8-bit processors, the Motorola 68K series, etc. One exception to this rule was the original 8086, Intel's first 16-bit microprocessor, which implemented a segmented memory model because it allowed access to more than 64 KiB of memory without the cost of extending all addresses to more than 16-bits.".
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- Flat_memory_model wikiPageOutDegree "40".
- Flat_memory_model wikiPageRevisionID "685421920".
- Flat_memory_model wikiPageWikiLink 8-bit.
- Flat_memory_model wikiPageWikiLink Address_space.
- Flat_memory_model wikiPageWikiLink Addressing_mode.
- Flat_memory_model wikiPageWikiLink CPU_cache.
- Flat_memory_model wikiPageWikiLink Category:Computer_memory.
- Flat_memory_model wikiPageWikiLink Central_processing_unit.
- Flat_memory_model wikiPageWikiLink Complex_instruction_set_computing.
- Flat_memory_model wikiPageWikiLink Computer_memory.
- Flat_memory_model wikiPageWikiLink Computer_multitasking.
- Flat_memory_model wikiPageWikiLink Digital_signal_processing.
- Flat_memory_model wikiPageWikiLink Instruction_set.
- Flat_memory_model wikiPageWikiLink Intel_80186.
- Flat_memory_model wikiPageWikiLink Intel_80286.
- Flat_memory_model wikiPageWikiLink Intel_80386.
- Flat_memory_model wikiPageWikiLink Intel_8086.
- Flat_memory_model wikiPageWikiLink Intel_8088.
- Flat_memory_model wikiPageWikiLink Intel_Core_2.
- Flat_memory_model wikiPageWikiLink Intel_Memory_Model.
- Flat_memory_model wikiPageWikiLink Linux.
- Flat_memory_model wikiPageWikiLink Memory_address.
- Flat_memory_model wikiPageWikiLink Memory_bus.
- Flat_memory_model wikiPageWikiLink Memory_model.
- Flat_memory_model wikiPageWikiLink Memory_segmentation.
- Flat_memory_model wikiPageWikiLink Motorola_68000_series.
- Flat_memory_model wikiPageWikiLink Operating_system.
- Flat_memory_model wikiPageWikiLink Paging.
- Flat_memory_model wikiPageWikiLink Pentium.
- Flat_memory_model wikiPageWikiLink Pentium_Pro.
- Flat_memory_model wikiPageWikiLink Physical_Address_Extension.
- Flat_memory_model wikiPageWikiLink Real-time_control.
- Flat_memory_model wikiPageWikiLink Real_mode.
- Flat_memory_model wikiPageWikiLink Reduced_instruction_set_computing.
- Flat_memory_model wikiPageWikiLink Self-modifying_code.
- Flat_memory_model wikiPageWikiLink X86.
- Flat_memory_model wikiPageWikiLink X86_memory_segmentation.
- Flat_memory_model wikiPageWikiLinkText "Flat memory model".
- Flat_memory_model wikiPageWikiLinkText "dedicated memory".
- Flat_memory_model wikiPageWikiLinkText "flat memory model".
- Flat_memory_model wikiPageWikiLinkText "flat model".
- Flat_memory_model wikiPageWikiLinkText "linear address memory space".
- Flat_memory_model wikiPageUsesTemplate Template:Clarify.
- Flat_memory_model wikiPageUsesTemplate Template:Cleanup.
- Flat_memory_model wikiPageUsesTemplate Template:Main.
- Flat_memory_model wikiPageUsesTemplate Template:Multiple_issues.
- Flat_memory_model wikiPageUsesTemplate Template:Refimprove.
- Flat_memory_model wikiPageUsesTemplate Template:Reflist.
- Flat_memory_model wikiPageUsesTemplate Template:Unreferenced_section.
- Flat_memory_model subject Category:Computer_memory.
- Flat_memory_model type Array.
- Flat_memory_model type Datum.
- Flat_memory_model type Page.
- Flat_memory_model comment "Flat memory model or linear memory model refers to a memory addressing paradigm in which \"memory appears to the program as a single contiguous address space.\" The CPU can directly (and linearly) address all of the available memory locations without having to resort to any sort of memory segmentation or paging schemes.Memory management and address translation can still be implemented on top of a flat memory model in order to facilitate the operating system's functionality, resource protection, multitasking or to increase the memory capacity beyond the limits imposed by the processor's physical address space, but the key feature of a flat memory model is that the entire memory space is linear, sequential and contiguous from address zero to MaxBytes − 1.In a simple controller, or in a single tasking embedded application, where memory management is not needed nor desirable, the flat memory model is the most appropriate, because it provides the simplest interface from the programmer's point of view, with direct access to all memory locations and minimum design complexity.In a general purpose computer system, which requires multitasking, resource allocation and protection, the flat memory system must be augmented by some memory management scheme, which is typically implemented through a combination of dedicated hardware (inside or outside the CPU) and software built into the operating system. ".
- Flat_memory_model label "Flat memory model".
- Flat_memory_model sameAs Q905488.
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- Flat_memory_model sameAs 평면_메모리_모델.
- Flat_memory_model sameAs Plokščia_atmintis.
- Flat_memory_model sameAs m.029_yr.
- Flat_memory_model sameAs Плоская_модель_памяти.
- Flat_memory_model sameAs Q905488.
- Flat_memory_model sameAs 平面記憶體模式.
- Flat_memory_model wasDerivedFrom Flat_memory_model?oldid=685421920.
- Flat_memory_model isPrimaryTopicOf Flat_memory_model.