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Совпадения в названиях страниц

• Open Source VHDL Verification Methodology/Better Coverage in VHDL
  ===Testbench vs. Coverage=== {{Кр|We need Coverage!}}
  21 КБ (2857 слов) - 19:10, 17 октября 2012
• Open Source VHDL Verification Methodology/Better Coverage in VHDL/ru
  === Testbench vs. Coverage=== {{Кр|Необходимо проверка покрытия (Coverage)!}}
  46 КБ (3076 слов) - 23:27, 9 ноября 2012
• Open Source VHDL Verification Methodology/Code Coverage
  == Types of Code Coverage Metrics == === Toggle Coverage ===
  8 КБ (1240 слов) - 18:27, 11 декабря 2012
• Open Source VHDL Verification Methodology/Code Coverage/ru
  === Toggle Coverage === Toggle coverage is a code coverage metric used to measure the number of times each bit of a register or wire h
  9 КБ (1239 слов) - 16:23, 12 декабря 2012
• Open Source VHDL Verification Methodology/Functional Coverage
  how do we know if all the specified functionality was really tested? Code coverage metrics will not help us answer these …ection, we introduce an explicit coverage metric referred to as functional coverage, which can be associated with
  9 КБ (1412 слов) - 18:41, 11 декабря 2012

• Файл:Better Coverage in VHDL ( Design Example - cont.).png (1885 × 375 (15 КБ)) - 21:03, 8 февраля 2013

• Файл:Better Coverage in VHDL (Property Examples)-3.1.png (554 × 202 (2 КБ)) - 21:03, 8 февраля 2013

• Файл:Better Coverage in VHDL (Property Examples)-3.2.png (456 × 198 (2 КБ)) - 21:03, 8 февраля 2013

• Файл:Better Coverage in VHDL-2.1.png (547 × 196 (2 КБ)) - 21:03, 8 февраля 2013

• Файл:Better Coverage in VHDL-2.2.png (546 × 195 (2 КБ)) - 21:03, 8 февраля 2013

• Файл:Better Coverage in VHDL-2.3.png (549 × 197 (2 КБ)) - 21:03, 8 февраля 2013

• Coverage Cookbook/Coverage Metrics and process (Theory)
  == Coverage/What is coverage== …tric we use during simulation to help us answer these questions. Yet, once coverage metrics become an integral part of our verification process, it opens up th
  9 КБ (1298 слов) - 13:45, 15 февраля 2013
• Coverage Cookbook/Coverage Metrics and process (Theory)/Code Coverage Metrics
  …. In general, these metrics are referred to as code coverage or structural coverage metrics. …structural coverage model is an automatic process. Hence, integrating code coverage into your existing simulation flow is easy and does not require a change to
  11 КБ (1755 слов) - 13:47, 15 февраля 2013
• Coverage Cookbook/Coverage Metrics and process (Theory)/Functional Coverage Metrics
  = Functional Coverage Metrics = … how do we know if all the specified functionality was really tested? Code coverage metrics will not help us answer these questions.
  12 КБ (1874 слова) - 13:52, 15 февраля 2013

• Файл:300px-Coverage-Types-Fig1.gif [[Категория:Coverage]] (300 × 225 (9 КБ)) - 13:52, 15 февраля 2013

• Файл:300px-Coverage-Simple-Protocol.gif [[Категория:Coverage]] (300 × 225 (8 КБ)) - 13:53, 15 февраля 2013

• Файл:300px-Coverage-Temporal-Coverage.gif [[Категория:Coverage]] (300 × 225 (8 КБ)) - 13:53, 15 февраля 2013

• Coverage Cookbook/Метрики и процессы покрытия (Теория)/ru
  <!-- == Coverage/What is coverage== …tric we use during simulation to help us answer these questions. Yet, once coverage metrics become an integral part of our verification process, it opens up th
  24 КБ (1434 слова) - 13:49, 8 апреля 2013
• Coverage Cookbook/Coverage Metrics and process (Theory)/Code Coverage Metrics/ru
  …я, связанные с {{Жел|design model's implicit implementation coverage space}}. В общем, эти измерения относят к пок� …. In general, these metrics are referred to as code coverage or structural coverage metrics. -->
  31 КБ (1937 слов) - 11:51, 6 марта 2013
• Coverage Cookbook/Coverage Metrics and process (Theory)/Functional Coverage Metrics/ru
  <!-- = Functional Coverage Metrics = … how do we know if all the specified functionality was really tested? Code coverage metrics will not help us answer these questions. -->
  36 КБ (2098 слов) - 11:10, 11 марта 2013

Совпадения в текстах страниц

• Спец курс (Избранные главы VHDL)/Верификация описания
  …ляемая покрытием'''}} (на основе покрытия) (Coverage driven verification) ** {{Гол|'''''Покрытие кода'''''}} (Code coverage)
  17 КБ (528 слов) - 13:16, 2 декабря 2013
• Спец курс (Избранные главы VHDL)/Экзамен (Билеты)
  # Что такое покрытие (Coverage) кода.
  7 КБ (79 слов) - 07:05, 22 декабря 2013
• Open Source VHDL Verification Methodology
  … (regular coverage) и перекрёстного покрытия (cross-coverage) …nt testbench methodology that allows mixing of “Intelligent Coverage” (coverage driven randomization) with directed, algorithmic, file based, and constrain
  25 КБ (1324 слова) - 20:49, 9 ноября 2012
• Open Source VHDL Verification Methodology/Better Coverage in VHDL
  ===Testbench vs. Coverage=== {{Кр|We need Coverage!}}
  21 КБ (2857 слов) - 19:10, 17 октября 2012
• Open Source VHDL Verification Methodology/Better Coverage in VHDL/ru
  === Testbench vs. Coverage=== {{Кр|Необходимо проверка покрытия (Coverage)!}}
  46 КБ (3076 слов) - 23:27, 9 ноября 2012
• Open Source VHDL Verification Methodology/Code Coverage
  == Types of Code Coverage Metrics == === Toggle Coverage ===
  8 КБ (1240 слов) - 18:27, 11 декабря 2012
• Open Source VHDL Verification Methodology/Code Coverage/ru
  === Toggle Coverage === Toggle coverage is a code coverage metric used to measure the number of times each bit of a register or wire h
  9 КБ (1239 слов) - 16:23, 12 декабря 2012
• Open Source VHDL Verification Methodology/CoveragePkg.vhd
  -- Utilities to support coverage of boolean expressions, -- ranges on a single object (point or item coverage), and
  112 КБ (10 257 слов) - 14:29, 16 августа 2012
• Open Source VHDL Verification Methodology/Functional Coverage
  how do we know if all the specified functionality was really tested? Code coverage metrics will not help us answer these …ection, we introduce an explicit coverage metric referred to as functional coverage, which can be associated with
  9 КБ (1412 слов) - 18:41, 11 декабря 2012
• Open Source VHDL Verification Methodology/Верификация в VHDL
  …авляемая покрытием (на основе покрытия) (Coverage driven verification) *** Покрытие кода (Code coverage)
  6 КБ (310 слов) - 11:54, 27 сентября 2012
• Open Source VHDL Verification Methodology/Дневник
  * Manual correlation of Requirements, Verification plan and Coverage results to make sure verification is comprehensive and complete. ** Coverage driven verification
  25 КБ (2620 слов) - 11:52, 26 февраля 2015
• Open Source VHDL Verification Methodology/Описание пакета CoveragePkg
  Functional coverage can be captured with any code. CoveragePkg and language syntax == Основы покрытия точек (Point или Item Coverage) в пакете CoveragePkg==
  105 КБ (6814 слов) - 13:43, 4 февраля 2013
• Open Source VHDL Verification Methodology/Описание пакета CoveragePkg/en
  Revision 2.2 adds AtLeast and Weights to the coverage database. The AtLeast value allows individual bins to have a specific coverage goal. A conjunction of the AtLeast
  51 КБ (7528 слов) - 14:28, 16 августа 2012
• Open Source VHDL Verification Methodology/Описание пакета RandomPkg
  randomization. As such, it is at the heart of SynthWorks' constrained and coverage randomization subprograms (from RandomPkg) and functional coverage subprograms
  54 КБ (4518 слов) - 16:55, 30 января 2013
• Open Source VHDL Verification Methodology/Описание пакета RandomPkg/en
  randomization. As such, it is at the heart of SynthWorks' constrained and coverage randomization subprograms (from RandomPkg) and functional coverage subprograms
  19 КБ (2783 слова) - 14:29, 16 августа 2012
• Open Source VHDL Verification Methodology/Презентация
  * Learn how to add functional coverage, constrained random, and coverage driven random to your current VHDL testbench. * What is Functional Coverage?
  10 КБ (1283 слова) - 10:24, 26 сентября 2012
• Open Source VHDL Verification Methodology/Презентация/en
  * Learn how to add functional coverage, constrained random, and coverage driven random to your current VHDL testbench. * What is Functional Coverage?
  10 КБ (1283 слова) - 15:23, 23 октября 2012
• Open Source VHDL Verification Methodology/Примеры
  --# FIFO example with Randomization and Coverage Packages -- FIFO example with Randomization and Coverage Packages
  27 КБ (3562 слова) - 01:43, 10 ноября 2012
• Open Source VHDL Verification Methodology/Руководство пользователя
  random stimulus generation and functional coverage in their verification. supposed to work or (together with functional coverage) to provide fast alternative to directed tests.
  55 КБ (7451 слово) - 13:08, 21 августа 2012
• Open Source VHDL Verification Methodology/Руководство пользователя/en
  random stimulus generation and functional coverage in their verification. supposed to work or (together with functional coverage) to provide fast alternative to directed tests.
  48 КБ (7034 слова) - 18:03, 17 августа 2012