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Τι (ποιος) είναι segmented memory - ορισμός

THE DIVISION OF COMPUTER'S PRIMARY MEMORY INTO SEGMENTS OR SECTIONS

Segmented memory; Segmented Addressing; Segmented address space; Segment register; Memory segment; Code segments; Text segments; Segmentation (memory); Segmented addressing; Segment (memory); Segment:offset addressing; Segment:offset; Segment:offset notation; Segment:offset addressing scheme; Segment:offset memory addressing

Memory segmentation

Memory segmentation is an operating system memory management technique of division of a computer's primary memory into segments or sections. In a computer system using segmentation, a reference to a memory location includes a value that identifies a segment and an offset (memory location) within that segment.

https://en.wikipedia.org/wiki/Memory_segmentation

segmented address space

<architecture> An addressing scheme where all memory references are formed by adding an offset to a base address held in a segment register. The effect is to segment memory into blocks, which may overlap either partially or completely, depending on the contents of the segment registers but normally they would be distinct to give access to the maximum total range of addresses. In this case the scheme does provide some degree of {memory protection} within a single process since, for example, a data reference cannot affect an area of memory containing code. However, compilers must either generate slower code or code with artificial limits on the size of data structures. The best known implementation is that used on the Intel 8086 and later Intel microprocessors, where a 16-bit offset is added to a 16-bit base address held in one of four segment base registers. Each instruction has a default segment (code (CS), data (DS), stack (SS), ? (ES)) which determines which segment register is used. Special prefix instructions allow this default to be overridden. Other computers, such as GE-645/Honeywell Multics, Burroughs large systems (B-5500, B-6600), and others, have used segmentation to good effect. Opposite: flat address space. See also addressing mode. [In what way were the others better than Intel's {brain damaged} implementation?]. (2004-06-01)

X86 memory segmentation

THE IMPLEMENTATION OF MEMORY SEGMENTATION ON THE X86 ARCHITECTURE

Segment registers; FS and GS; FS/GS; Segment selector; X86 memory segment; Segmented address; Paragraph (computing); Paragraph (Intel); Segment:offset notation (x86); Segment:offset addressing (x86); Segment:offset addressing scheme (x86); Segment:offset (x86); Segment:offset memory addressing (x86); X86 segment:offset addressing; X86 segment:offset addressing scheme; X86 segment:offset; X86 segment:offset memory addressing

x86 memory segmentation refers to the implementation of memory segmentation in the Intel x86 computer instruction set architecture. Segmentation was introduced on the Intel 8086 in 1978 as a way to allow programs to address more than 64 KB (65,536 bytes) of memory.

https://en.wikipedia.org/wiki/X86_memory_segmentation

Βικιπαίδεια

Memory segmentation

Memory segmentation is an operating system memory management technique of division of a computer's primary memory into segments or sections. In a computer system using segmentation, a reference to a memory location includes a value that identifies a segment and an offset (memory location) within that segment. Segments or sections are also used in object files of compiled programs when they are linked together into a program image and when the image is loaded into memory.

Segments usually correspond to natural divisions of a program such as individual routines or data tables so segmentation is generally more visible to the programmer than paging alone. Segments may be created for program modules, or for classes of memory usage such as code and data segments. Certain segments may be shared between programs.

Segmentation was originally invented as a method by which system software could isolate software processes (tasks) and data they are using. It was intended to increase reliability of the systems running multiple processes simultaneously. In a x86-64 architecture it is considered legacy and most x86-64-based modern system software don't use memory segmentation. Instead they handle programs and their data by utilizing memory-paging which also serves as a way of memory protection. However most x86-64 implementations still support it for backward compatibility reasons.

https://en.wikipedia.org/wiki/Memory segmentation