基于算法硬件协同设计的专用数字和混合信号集成电路设计

VishnuPriya Thotakura, Sankararao Majji, S. Karanam, T. V. V. Pavan Kumar, Tulasi Radhika Patnala, H. S
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引用次数: 3

摘要

商用现成的半导体器件无法提供ASIC产品提供的系统解决方案。最明显的好处包括降低系统成本、减小体积和重量以及提高系统性能。ASIC设计解决方案有时可以与模拟或混合信号设计结合使用,但这样做需要权衡各种因素,例如可用的市场技术水平和质量,以及建立混合模式设计环境所需的投资和雇用足够的员工。已经使用提议的方法开发了两种混合信号设备,其中一种设备(例如ABACUS)是由欧盟委员会部分资助的ESPRIT项目的一部分。
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Application Specific Digital and Mixed-Signal Integrated Circuit Designs Based on Algorithm Hardware Co-Design
Commercial off-the-shelf semiconductor devices cannot supply system solutions provided by ASIC products. Only a few of the most obvious benefits include lower system costs, smaller volumes and weights, and improved system performance. An ASIC design solution can sometimes be used in conjunction with analogue or mixed-signal designs, but doing so requires weighing various factors, such as the level of available market technology and quality vs. the investment required to set up a mixed-mode design environment and hire sufficient staff. Two mixed-signal devices have been developed using the proposed approaches, and one of those devices (e.g., ABACUS) is part of an ESPRIT project partially funded by the European Commission.
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