片內互連 的英文怎麼說

中文拼音 [piānnèilián]
片內互連 英文
on chiinterconnection
  • : 片構詞成分。
  • : 名詞1. (內部; 里頭; 里邊) inner; inside; within 2. (妻子或妻子的親屬) one's wife or her relatives 3. (姓氏) a surname
  • : 代詞(相互;彼此) each other; mutual
  • : Ⅰ動詞1 (連接) link; join; connect 2 (連累) involve (in trouble); implicate 3 [方言] (縫) ...
  1. Now that a single chip is an entire system ( the concept of system - on - a - chip, soc ), on - chip interconnect is now one of the most challenging areas of 1c processing

    隨著系統晶元的出現,片內互連技術已成為目前集成電路設計中最具挑戰性的領域之一。
  2. The subject of dissertation is electromagnetic modeling and parameters extraction of long interconnects in soc. as analyzing the electronic properties, methods studying are particularly emphasized at the same time

    本論文以片內互連的關鍵長線為研究對象,所涉及的工作即是長線結構的電磁建模和參數提取。
  3. The content consists of three continuous fragments such as cultural concept, ecological view and technological view. in addition, it sets out from definition of conception, retrospection of history to the mention of ecological residence, comprising energy - saving and environmental protection. finally, we discuss how to satisfy the mental demand of the humanities through abundant examples and pictures, so as to establish dwelling pattern of sustainable development and supply a feasible way for the design practice of city dwelling architecture

    論述的容主要由文化觀、生態觀、技術觀三大續性版圖相建構而成,從界定概念、回溯歷史、分析現狀出發,直至生態住宅體系的提出,容涵括了節能環保等物質環境的論述,並就設計如何形成滿足文化、人本主義等精神環境需求進行了深入的探討,佐以豐富的實例、精彩的圖,以期整合出可持續發展的居住模式,為城市居住建築的設計實踐與未來世紀的發展提供有益的思路和真實可行的依據。
  4. State - of - the - art of the on - chip copper interconnect technology for ulsi ' s

    集成電路技術的發展
  5. As it introduces extra shields, area minimization is also critical for an efficient sino algorithm. in this paper, three novel algorithms using fewer shields to solve crosstalk reduction problem with rlc noise constraint are proposed, namely, net coloring, efficient middle shield insertion emsi and nc emsi two - step algorithm

    雖然目前對于線的分析還主要基於電阻電容rc模型,然而進入千兆赫茲設計后,上電感的影響越來越顯著,因此必須考慮包括電感在的電阻電容電感rlc模型。
分享友人