開放式存取資料庫的經驗:一個多操作電壓電路設計方法的實作

Abstract

在學術界上的實體設計研究，一直以來都是個別的研究群獨立發展。而這會導致研究整合上的問題。開放存取資料庫是一個完整的資料庫系統，它可以解決這些問題。另一方面，隨著製程的先進發展，功率消耗已經變成一個很重要的議題。多電壓電路設計方法提供了一個減少功率消耗的技術。在這篇論文，我們建置了開放式存取資料庫的環境，採用開放式存取資料庫時序分析器作為我們的基本工具，去實作多電壓電路設計方法。結果顯示，我們可以在開放式存取資料庫的平台下產生電壓島。

Physical design research in academia has been based on infrastructure developed independently, which has resulted in fragmentation problem. OpenAccess, a complete database system, is developed to solve this problem. On the other hand, with technology scaling, power becomes a very important issue. Multiple supply voltage provides an effective technique for power reduction. In this thesis, we build the OA environment and adopt OA Gear Timer as our basic infrastructure to implement MSV design methodology. The experimental results show that we can successfully generate voltage islands based on OA environment.