burroughs large systems造句

• The first of the Burroughs large systems was the B5000.
• Apparently Burroughs large systems are an example of it.
• It was said to be inspired by the famous stack-based Burroughs large systems.
• The Burroughs large systems were designed to be programmed in an extended subset of Algol.
• All Burroughs large systems and medium systems had this property, as do their modern day successors that preserve the original physical architecture.
• The MCP was the first commercial OS to provide virtual memory, which has been supported by the Burroughs large systems architecture since its inception.
• Burroughs large systems could compile as fast as they could read the source code from the punched cards, and they had the fastest card readers in the industry.
• The Burroughs Corporation ( which later merged with Sperry / Univac to form Unisys ) offered an alternative to S / 360 with their Burroughs large systems B5000 series.
• Later Libras, including the 590, also incorporate Intel Xeon processors and can run the Burroughs large systems architecture in emulation as well as on the MCP CMOS processors.
• In addition to the IX ( 1100 / 2200 ) CPUs and the NX ( Burroughs large systems ) CPU, the architecture had Xeon ( and briefly Itanium ) CPUs.
• The ClearPath machines are a common platform that implement either the 1100 / 2200 architecture ( the ClearPath IX series ) or the Burroughs large systems architecture ( the ClearPath NX series ).
• The figure to the left shows how the Burroughs Large System architecture was fundamentally a hardware architecture for Object-oriented programming, something that still doesn't exist in conventional architectures.
• HLLCAs date almost to the beginning of HLLs, in the Burroughs large systems ( 1961 ), which were designed for ALGOL 60 ( 1960 ), one of the first HLLs.
• Data descriptors may be used in compilers, as a software structure at run time in languages like Ada or PL / I, or as a hardware structure in some computers such as Burroughs large systems.
• Two notable series of American tagged architectures were the Lisp machines, which had tagged pointer support at the hardware and opcode level, and the Burroughs large systems which had a data-driven tagged and descriptor-based architecture.
• The first of them was the line of the large fourth-generation computers, developed by Vsevolod Burtsev . These were heavily influenced by the Burroughs large systems and similarly to them implemented tag-based architecture and a variant of ALGOL as system language.
• Some historical computers, such as the Burroughs large systems, had special " display registers " to support nested functions, while compilers for most modern machines ( such as the ubiquitous x86 ) simply reserve a few words on the stack for the pointers, as needed.
• The Burroughs large systems implement an ALGOL-derived stack architecture, unlike linear architectures such as PDP-11, Motorola M68k, and Itanium or segmented architectures such as x86 and Texas Instruments . ( This refers to the layout of the memory and how a program uses it .)
• The "'Burroughs B6x00-7x00 instruction set "'includes the set of valid operations for the Burroughs B6500, B7500 and later Burroughs large systems, including the current ( as of 2006 ) Unisys Clearpath / MCP systems; it does not include the instruction for other Burroughs large systems including the B5000, B5500, B5700 and the B8500.
• The "'Burroughs B6x00-7x00 instruction set "'includes the set of valid operations for the Burroughs B6500, B7500 and later Burroughs large systems, including the current ( as of 2006 ) Unisys Clearpath / MCP systems; it does not include the instruction for other Burroughs large systems including the B5000, B5500, B5700 and the B8500.