Design Methods for Minimum Energy Point Asynchronous Processors in the Internet of Things - مرکز تحقیقات اینترنت اشیاء ایران
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Design Methods for Minimum Energy Point Asynchronous Processors in the Internet of Things

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As internet of things devices become increasingly abundant, the need to minimise their energy consumption becomes evermore important. This research will concentrate on processor design for the internet of things, specifically  focused on the use of asynchronous (clockless) digital logic. While asynchronous design has been around for decades and can offer many advantages, it remains underutilised in industry, presumably due to its more formal design process and underdeveloped design tools when compared with synchronous design. The research covers four areas of processor design using asynchronous design methodologies, and works towards wider adoption of asynchronous design. The areas include design partitioning, memory architecture, parameterised circuits, and instruction set architecture; all of which will enable improved energy efficiency. Throughout, special consideration will be given to the design process, and effort made to improve existing (or create new) design flows in an attempt to push asynchronous design into wider use.

اطلاعات تکميلي

  • نام نویسندگان: A. Wheeldon
  • ناشر: newcastle university
  • موضوع: Design Methods for Minimum Energy Point Asynchronous Processors in the Internet of Things
  • چکیده شامل:

    As internet of things devices become increasingly abundant, the need to minimise their energy consumption becomes evermore important. This research will concentrate on processor design for the internet of things, specifically  focused on the use of asynchronous (clockless) digital logic. While asynchronous design has been around for decades and can offer many advantages, it remains underutilised in industry, presumably due to its more formal design process and underdeveloped design tools when compared with synchronous design. The research covers four areas of processor design using asynchronous design methodologies, and works towards wider adoption of asynchronous design. The areas include design partitioning, memory architecture, parameterised circuits, and instruction set architecture; all of which will enable improved energy efficiency. Throughout, special consideration will be given to the design process, and effort made to improve existing (or create new) design flows in an attempt to push asynchronous design into wider use.

  • سال انتشار: %ق ظ، %13 %041 %1395
خواندن 2 دفعه آخرین ویرایش در %ب ظ، %24 %733 %1396 ساعت %20:%دی

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