SoC design is becoming much more a matter of design composition than o的中文翻譯

SoC design is becoming much more a

SoC design is becoming much more a matter of design composition than of design creation (figure 2). Historically,HDL and schematic based design flows have centered on creation of new logic to implement the necessary functionality. Increasingly, ICs are comprised of a collection of IP blocks (microprocessors, DSPs, and other pre-existing functions), memories, and moderate amounts of glue logic. For these circuits, devising how and what blocks will be utilized, how functionality will be divided between hardware and software, and how the system will be interconnected and verified are the primary foci. A composition-based, or reuse-based, methodology is one that acknowledges this shift in focus and better addresses SoC designers’needs. Four key factors distinguish an SoC design methodology (figure 3) from its content-centric predecessor. The first is a more demanding system-level design phase in which software developers and system architects consider in great depth IP block analysis, selection, and interfaces in the design planning process. The second is SoC-centric embedded software design. Third is a multitiered verification methodology that takes full advantage of early-design simulation techniques, enables concurrent hardware/software verification, and minimizes the designer’s dependence upon late-design verification for analysis
and debug. Finally, since IP, EDA tools and models are still evolving to support the SoC design style, consulting services that serve to bridge gaps where tool and design expertise or infrastructure are lacking are often an important element in a block-based methodology.
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結果 (中文) 1: [復制]
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SoC design is becoming much more a matter of design composition than of design creation (figure 2). Historically,HDL and schematic based design flows have centered on creation of new logic to implement the necessary functionality. Increasingly, ICs are comprised of a collection of IP blocks (microprocessors, DSPs, and other pre-existing functions), memories, and moderate amounts of glue logic. For these circuits, devising how and what blocks will be utilized, how functionality will be divided between hardware and software, and how the system will be interconnected and verified are the primary foci. A composition-based, or reuse-based, methodology is one that acknowledges this shift in focus and better addresses SoC designers’needs. Four key factors distinguish an SoC design methodology (figure 3) from its content-centric predecessor. The first is a more demanding system-level design phase in which software developers and system architects consider in great depth IP block analysis, selection, and interfaces in the design planning process. The second is SoC-centric embedded software design. Third is a multitiered verification methodology that takes full advantage of early-design simulation techniques, enables concurrent hardware/software verification, and minimizes the designer’s dependence upon late-design verification for analysisand debug. Finally, since IP, EDA tools and models are still evolving to support the SoC design style, consulting services that serve to bridge gaps where tool and design expertise or infrastructure are lacking are often an important element in a block-based methodology.
正在翻譯中..
結果 (中文) 2:[復制]
復制成功!
SoC设计变得更加的设计组成的问题不是设计创作(图2)。从历史上看,HDL和基于原理图的设计流程都集中在建立新的逻辑来实现必要的功能。日益,集成电路被包括IP模块(微处理器,DSP,和其他预先存在的功能),存储器,和适量的胶合逻辑的集合。对于这些电路,制定如何和什么块将被利用,如何功能将会硬件和软件,以及系统将如何被互连之间划分和验证是原发灶。的组合物为基础的,或再利用为基础,方法是,承认这种转变的重点,更好地满足SoC的designers'needs。四个关键因素区分其内容为中心的前身是SoC设计方法(图3)。第一个是要求更高的系统级设计阶段,其中软件开发人员和系统架构师考虑在大深度IP模块的分析,选择和接口,在设计规划过程。二是系统芯片为中心的嵌入式软件设计。三是多层次的验证方法,它充分利用了早期设计的模拟技术,使并行的硬件/软件验证,并最大限度地减少了设计师的依赖于后期设计验证进行分析
和调试。最后,由于IP,EDA工具和模式仍在不断发展,支持SoC的设计风格,咨询服务于弥补在那里的工具和设计的专业知识或基础设施缺乏的空白服务往往是在基于块的方法的一个重要因素。
正在翻譯中..
結果 (中文) 3:[復制]
復制成功!
设计创作比设计创作更为重要(图2)。历史上,高密度脂蛋白和基于电路图的设计流程都集中在创建新的逻辑来实现必要的功能。越来越多的,集成电路是由一个收集的IP块(微处理器,DSP,和其他已有的功能),记忆,和适量的胶水逻辑。对于这些电路,设计如何和什么块将被利用,如何将功能分为硬件和软件,以及如何系统将是相互联系和验证的主要焦点。作文的基础,或基于复用的方法是,承认这将更好地解决SOC designers'needs移。四个关键因素区分的片上系统设计方法(图3),其内容为中心的前身。首先是一个更高的系统级的设计阶段,在软件开发人员和系统架构师认为,在设计规划过程中,大深度的知识块分析,选择和接口。二是以系统为中心的嵌入式软件设计。第三是一个多层次的验证方法,充分利用了早期的设计仿真技术,使并行硬件/软件验证,并最大限度地减少分析
设计师的依赖后期的设计验证和调试。最后,由于IP,EDA工具和模型仍在发展支持SoC的设计风格,咨询服务,服务于桥梁的差距,工具和设计的专业知识或基础设施的缺乏往往是一个重要的因素,在一个基于块的方法。
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