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1 polycell layout
многоэлементная компоновка
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[Л.Г.Суменко. Англо-русский словарь по информационным технологиям. М.: ГП ЦНИИС, 2003.]Тематики
EN
Англо-русский словарь нормативно-технической терминологии > polycell layout
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2 polycell layout
компоновка полиячеек; многоэлементная компоновка -
3 polycell layout
Большой англо-русский и русско-английский словарь > polycell layout
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4 polycell layout
Вычислительная техника: компоновка полиячеек, многоэлементная компоновка, многэлементная компоновка -
5 polycell layout
компоновка полиячеек; многоэлементная компоновкаEnglish-Russian dictionary of computer science and programming > polycell layout
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6 polycell layout
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7 polycell (layout) approach
метод (проектування) матричних ІС з комірками різних типів (напр. ТТЛ і ЕСЛ)English-Ukrainian dictionary of microelectronics > polycell (layout) approach
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8 polycell (layout) approach
метод (проектування) матричних ІС з комірками різних типів (напр. ТТЛ і ЕСЛ)English-Ukrainian dictionary of microelectronics > polycell (layout) approach
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9 layout
1) размещение; расположение; компоновка2) схема расположения; план; чертёж; рисунок3) макет, вёрстка4) топология (ИС)6) разбивка ( программы на модули)7) формат•- cable layout
- chip layout
- code layout
- connection layout
- digit layout
- dummy layout
- file layout
- final layout
- fixed-grid symbolic layout
- geometrical layout
- keyboard layout
- loose layout
- mask-level layout
- memory layout
- national layout
- physical layout
- polycell layout
- printer layout
- program layout
- record layout
- regular layout
- relative-grid symbolic layout
- row-organized layout
- simple-grid symbolic layout
- symbolic layout
- text layout
- two-way layout
- windows layout
- wiring layoutEnglish-Russian dictionary of computer science and programming > layout
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10 многоэлементная компоновка
Большой англо-русский и русско-английский словарь > многоэлементная компоновка
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11 approach
метод; підхід (див. також method, mode, technique) - bipolar approach
- bottom-up approach
- Bristle Blocks approach
- building-block approach
- cassette-to-cassette approach
- cellular approach
- cermet approach
- chip-and-wire approach
- circuit motivated approach
- custom approach
- customized approach
- divide and conquer» approach
- edge-based approach
- epic approach
- figure-based approach
- fixed-interconnection pattern approach
- flat approach
- flip-chip approach
- gate-array approach
- hierarchical approach
- hierarchical nesting approach
- hundred per cent yield approach
- hybrid approach
- incremental approach
- in-line approach
- iterative-cell approach
- Macrocell approach
- master MOS approach
- master-slice approach
- mesa-epitaxial fabrication approach
- modular approach
- monolithic approach
- path-oriented approach
- planar processing approach
- planar approach
- polycell layout approach
- polycell approach
- sea gates approach
- selective field-oxide approach
- shaped-beam approach
- SOS approach
- standard cell-basedapproach
- standard cellapproach
- structured approach
- top-down approach
- twin-tub approach
- two-polysilicon approach
- waveform approach
См. также в других словарях:
многоэлементная компоновка — — [Л.Г.Суменко. Англо русский словарь по информационным технологиям. М.: ГП ЦНИИС, 2003.] Тематики информационные технологии в целом EN polycell layout … Справочник технического переводчика
Cantellated tesseract — In geometry, the cantellated tesseract is a uniform polychora or 4 dimensional polytope bounded by 56 cells: 8 small rhombicuboctahedra, 16 octahedra, and 32 triangular prisms.ConstructionIn the process of cantellation, a polytopes faces are… … Wikipedia
Runcitruncated 16-cell — In geometry, the runcitruncated 16 cell is a convex uniform polychoron, or 4 dimensional polytope, bounded by 80 cells: 8 small rhombicuboctahedra, 16 truncated tetrahedra, 24 cubes, and 32 hexagonal prisms.ConstructionThe runcitruncated 16 cell… … Wikipedia
Truncated 16-cell — In geometry, the truncated 16 cell or cantic tesseract is a uniform polychoron (4 dimensional uniform polytope) which is bounded by 24 cells: 8 regular octahedra, and 16 truncated tetrahedra. It is related to, but not to be confused with, the 24… … Wikipedia
Omnitruncated tesseract — In geometry, the omnitruncated tesseract is a uniform polychoron (or uniform 4 dimensional polytope) bounded by 80 cells: 8 great rhombicuboctahedra, 16 truncated octahedra, 24 octagonal prisms, and 32 hexagonal prisms. It is also known as the… … Wikipedia
Cantitruncated tesseract — In geometry, the cantitruncated tesseract is a uniform polychoron (or uniform 4 dimensional polytope) that is bounded by 56 cells: 8 great rhombicuboctahedra, 16 truncated tetrahedra, and 32 triangular prisms.ConstructionThe cantitruncated… … Wikipedia
Rectified 8-cell — In geometry, the rectified tesseract, or rectified 8 cell is a uniform polychoron (4 dimensional polytope) bounded by 24 cells: 8 cuboctahedra, and 16 tetrahedra.ConstructionThe rectified tesseract may be constructed from the tesseract by… … Wikipedia
