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1 tightly coupled processors
Большой англо-русский и русско-английский словарь > tightly coupled processors
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2 tightly coupled processors
Вычислительная техника: сильносвязанные процессорыУниверсальный англо-русский словарь > tightly coupled processors
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3 tightly coupled processors
English-Russian dictionary of computer science and programming > tightly coupled processors
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4 Computing Fabrics are richly interconnected processors, memory, and storage out of which tightly coupled systems, that then loosely couple, can dynamically form, uniform, and reform. (Von Schwebers)
Общая лексика: Полносвязанная распределУниверсальный англо-русский словарь > Computing Fabrics are richly interconnected processors, memory, and storage out of which tightly coupled systems, that then loosely couple, can dynamically form, uniform, and reform. (Von Schwebers)
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5 Computing Fabrics are richly interconnected processors, memory, and storage out of which tightly coupled systems, that then loosely couple, can dynamically form, uniform, and reform.
Общая лексика: (Von Schwebers) Полносвязанная распределУниверсальный англо-русский словарь > Computing Fabrics are richly interconnected processors, memory, and storage out of which tightly coupled systems, that then loosely couple, can dynamically form, uniform, and reform.
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6 сильносвязанные процессоры
Большой англо-русский и русско-английский словарь > сильносвязанные процессоры
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7 сильносвязанные процессоры
Русско-английский словарь по вычислительной технике и программированию > сильносвязанные процессоры
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8 processor
процессор ( аппаратное устройство или обрабатывающая программа); узел обработки- airborne data processor
- airborne processor
- algorithm processor
- alterable processor
- ancillary control processor
- arithmetic processor
- array processor
- assembly language processor
- associative processor
- attached processor
- auxiliary processor
- back-end processor
- background job processor
- background processor
- basic processor
- batch-mode processor
- bit-slice processor
- bit-stream processor
- byte-slice processor
- center processor
- central data processor
- central processor
- command processor
- communications processor
- console command processor
- content-addressable processor
- control processor
- data communication processor
- data flow processor
- data interchange processor
- data link processor
- data processor
- database processor
- dead processor
- demand-paged processor
- diagnostic processor
- digital signal processor
- digital speech processor
- display processor
- distributed database processor
- dual processor - fast-Fourier-transform processor
- FFT processor
- file control processor
- file processor
- file revision processor
- flexible processor
- floating-point arithmetic processor
- floating-point processor
- front-end processor
- gateway processor
- general-purpose processor
- general-register processor
- geometric arithmetic parallel processor
- geometry processor
- graphic job processor
- graphics processor
- heterogeneous-element processor
- highly concurrent processor
- host processor
- host-language processor
- I/O processor
- idle processor
- image processor
- input/output processor
- instruction processor
- integrated array processor
- interface processor
- interruptable processor
- language processor
- language-specific processor
- large-scale processor
- linguistic processor
- local processor
- logic processor
- look-ahead processor
- loosely coupled processors
- maintenance processor
- master processor
- mathematical processor
- math processor
- matrix-vector processor
- message processor
- microprogrammable processor
- mid-range processor
- modular acoustic processor
- multipipeline processor
- multiunit processor
- nearby processor
- node processor
- non-neighbor processor
- nonsegmented processor
- N-pipe processor
- numeric processor
- off-line processor
- one-bit processor
- on-line processor
- optical matrix processor
- orthogonal processor
- out-of-order processor
- output test processor
- painting processor
- Pentium processor
- peripheral processor
- pipeline processor
- pipelined processor
- pixel processor
- programmed data processor
- queue processor
- quiescent processor
- real-time processor
- reference processor
- resource allocation processor
- RISC-based processor
- RISC-processor
- satellite processor
- scientific processor
- segmented processor
- self-dispatching processor
- sending processor
- service processor
- simulation processor
- single-cycle processor
- slave processor
- SMT processor
- soft architecture processor
- software processor
- specially designed processor
- speech processor
- speech-synthesis processor
- stand-alone processor
- stochastic processor
- support processor
- system processor
- systolic processor
- terminal processor
- test result processor
- test-and-repair processor
- text processor
- tightly coupled processors
- transform processor
- uncooperative processor
- vector processor
- video-display processor
- viewing processor
- virtual processor
- VLSI array processor
- voice processor
- wavefront array processor - word-oriented processorEnglish-Russian dictionary of computer science and programming > processor
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9 сильносвязанные процессоры
Information technology: tightly coupled processorsУниверсальный русско-английский словарь > сильносвязанные процессоры
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10 TCAP, tCAP
tightly coupled array of processors — матрица тесносвязанных процессоров, тесносвязанная многомашинная система TCAP; см. также LCAPАнгло-русский словарь промышленной и научной лексики > TCAP, tCAP
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11 computing fabric
[полносвязанная, распределённая, матричная] вычислительная среда (система, структура, сеть)термин относится к архитектуре вычислительных средств самого разного уровня, от функционального блока и системы на кристалле до глобальных, региональных и учрежденческих компьютерных сетей, предусматривает "массированные" параллельные, распределённые вычисления с использованием совокупных ресурсов сети, с возможностью динамического реконфигурирования, что позволяет при необходимости обеспечить максимальную вычислительную мощность для решения наиболее сложных и ресурсоёмких задач."Computing Fabrics are richly interconnected processors, memory, and storage out of which tightly coupled systems, that then loosely couple, can dynamically form, uniform, and reform." (Von Schwebers). — Полносвязанная распределённая вычислительная среда - это соединённые многими каналами процессоры, подсистемы оперативной и массовой памяти, из которых можно динамически формировать, конфигурировать и реконфигурировать сильносвязанные системы, объединяемые затем в слабосвязанные сети см. тж. distributed computing, distributed system, fabric, fabric intelligence, grid computing, loosely coupled system, multiprocessor, network, tightly coupled system
Англо-русский толковый словарь терминов и сокращений по ВТ, Интернету и программированию. > computing fabric
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12 Полносвязанная распредел
General subject: "Computing Fabrics are richly interconnected processors, memory, and storage out of which tightly coupled systems, that then loosely couple, can dynamically form, uniform, and reform." (Von Schwebers)Универсальный русско-английский словарь > Полносвязанная распредел
См. также в других словарях:
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