Virtual Address eXtension - traduzione in spagnolo
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Virtual Address eXtension - traduzione in spagnolo

COMPUTER ARCHITECTURE, AND A RANGE OF COMPUTERS
VAXen; Vax; Vaxen; DEC VAX; VAX Security Kernel
  • VAX 8350 front view with cover removed
  • MicroVAX 3600 (left) with printer (right)
  • benchmarking]], showing internals
  • VAX-11/780
  • Stylized "VAX/VMS" used by Digital

Virtual Address eXtension      
Miniordenador de la firma Digital VAX, Digital Equipment Corporation
protected mode         
  • Virtual segments of 80286
  • Paging (on Intel 80386) with page size of 4K
  • An Intel 80386 microprocessor
  • Example of privilege ring usage in an operating system using all rings
  • Common method of using paging to create a virtual address space
OPERATIONAL MODE OF X86-COMPATIBLE CENTRAL PROCESSING UNITS
Pmode; Protected Virtual Address Mode; Protected Mode; Protected virtual address mode; Protected-mode; 286 protected mode
Modo protegido, Modo del procesador en el que un número de aplicaciones pueden trabajar paralelamente sin colisión entre ellas
virtual memory         
  • The University of Manchester [[Atlas Computer]] was the first computer to feature true virtual memory.
OPERATING SYSTEM LEVEL MEMORY MANAGEMENT TECHNIQUE
Virtual storage; Virtual Memory; /dev/drum; Memory maps; VSIZE; Virtual memoy; Paged virtual memory; Memoria virtual; Virtual address translation
expression
memoria f virtual

Definizione

Partícula virtual
partícula de vida extremadamente corta creada de la nada mediante un par partícula-antipartícula, como permite el principio de incertidumbre. Aunque su existencia es demasiado breve para ser observada directamente, los efectos de esa existencia pueden detectarse.

Wikipedia

VAX

VAX (an acronym for Virtual Address eXtension) is a series of computers featuring a 32-bit instruction set architecture (ISA) and virtual memory that was developed and sold by Digital Equipment Corporation (DEC) in the late 20th century. The VAX-11/780, introduced October 25, 1977, was the first of a range of popular and influential computers implementing the VAX ISA. The VAX family was a huge success for DEC – over 100 models were introduced over the lifetime of the design, with the last members arriving in the early 1990s. The VAX was succeeded by the DEC Alpha, which included several features from VAX machines to make porting from the VAX easier.

VAX was designed as a successor to the 16-bit PDP-11, one of the most successful minicomputers in history with approximately 600,000 examples sold. The system was designed to offer backward compatibility with the PDP-11 while extending the memory to a full 32-bit implementation and adding demand paged virtual memory. The name VAX refers to its Virtual Address eXtension concept that allowed programs to make use of this newly available memory while still being compatible with unmodified user mode PDP-11 code. The name "VAX-11", used on early models, was chosen to highlight this capability. The VAX ISA is considered a complex instruction set computer (CISC) design.

Later models in the series dropped the −11 branding as PDP-11 compatibility was no longer a major concern. The line expanded to both high-end machines like the VAX 9000 as well as to the workstation-scale systems like the VAXstation series. The VAX family ultimately contained ten distinct designs and over 100 individual models in total. All of these were compatible with each other and normally ran the VAX/VMS operating system.

VAX has been perceived as the quintessential CISC ISA, with its very large number of assembly language programmer-friendly addressing modes and machine instructions, highly orthogonal instruction set architecture, and instructions for complex operations such as queue insertion or deletion, number formatting, and polynomial evaluation.