Subject | English | Russian |
nano | single-electron field-effect transistor hybrid ultra-large-scale integration architecture | архитектура гибридной ИС на одноэлектронных полевых транзисторах с ультравысокой степенью интеграции |
media. | ultra large scale integration | ультрабольшая степень интеграции (например, микропроцессор, содержащий десятки тысяч компонентов) |
el. | ultra large-scale integration | ультравысокая степень интеграции (более 100 000 активных элементов на кристалле) |
IT | ultra large-scale integration | УБИС |
el. | ultra large-scale integration | ИС с ультравысокой степенью интеграции |
tech. | ultra large-scale integration | интеграция ультравысокого уровня |
tech. | ultra large-scale integration | интеграция выше сверхвысокого уровня |
tech. | ultra large-scale integration | ультрабольшая интеграция |
tech. | ultra large-scale integration | ультравысокая степень интеграции |
IT | ultra large-scale integration | ультрабольшая ИС |
tech. | ultra large-scale integration | ультрабольшая интегральная схема |
progr. | ultra-large-scale | сверхбольшой (ultra-large-scale system is a term used in fields including computer science, software engineering and systems engineering to refer to software intensive systems with unprecedented amounts of hardware, lines of source code, numbers of users, and volumes of data Alex_Odeychuk) |
progr. | ultra-large-scale | сверхкрупномасштабный (Alex_Odeychuk) |
nano | ultra-large-scale integrated circuit | ИС с ультравысокой степенью интеграции |
microel. | ultra-large-scale integrated device | ультрабольшая ИС |
microel. | ultra-large-scale integrated device | УБИС |
IT | ultra-large-scale integration | интеграция ультравысокого уровня |
Gruzovik, IT | ultra-large-scale integration | ультравысокая степень интеграции (abbr. ULSI) |
IT | ultra-large-scale integration | с ультравысоким уровнем интеграции |
nano | ultra-large-scale integration architecture | архитектура ИС с ультравысокой степенью интеграции |
IT | ultra-large-scale integration circuit | ультрабольшая интегральная схема (УБИС, содержащая миллионы логических элементов) |
IT | ultra-large-scale integration circuit | УБИС (содержащая миллионы логических элементов) |
IT | ultra-large-scale-integration circuit | ультрабольшая интегральная схема |
progr. | ultra-large-scale software | сверхбольшая программная система (ultra-large-scale system is a term used in fields including computer science, software engineering and systems engineering to refer to software intensive systems reaching unprecedented scales (by measures including lines of code; numbers of users and stakeholders; purposes the system is put to; amounts of data stored, accessed, manipulated, and refined; numbers of connections and interdependencies among components; and numbers of hardware elements). Ultra-large-scale systems hold the characteristics of systems of systems (systems that have: operationally independent sub-systems; managerially independent components and sub-systems; step-by-step development; emergent behavior; and geographic distribution). ULSS has decentralized data, development, maintenance and operational control, addresses inherently conflicting, unknowable, and diverse requirements, changes continuously while it is operating, with different capabilities being deployed and removed, contains heterogeneous, inconsistent and changing elements, erodes the people system boundary (people will not just be users, but elements of the system and affecting its overall emergent behavior), encounters failure as the norm, rather than the exception, with it being extremely unlikely that all components are functioning at any one time, requires new paradigms for acquisition and policy, and new methods for control Alex_Odeychuk) |
progr. | ultra-large-scale software development | разработка сверхбольших программных систем (Alex_Odeychuk) |
progr. | ultra-large-scale system | сверхбольшая программная система (ultra-large-scale system is a term used in fields including computer science, software engineering and systems engineering to refer to software intensive systems with unprecedented amounts of hardware, lines of source code, numbers of users, and volumes of data Alex_Odeychuk) |