Building Resilient Systems: Architecture, Modeling and Metrics
暫譯: 構建韌性系統:架構、建模與指標

Bose, Pradip

  • 出版商: Morgan Kaufmann
  • 出版日期: 2019-10-15
  • 售價: $2,710
  • 貴賓價: 9.5$2,575
  • 語言: 英文
  • 頁數: 200
  • 裝訂: Quality Paper - also called trade paper
  • ISBN: 012804764X
  • ISBN-13: 9780128047644
  • 海外代購書籍(需單獨結帳)

商品描述

Building Resilient Systems: Architecture, Modeling and Metrics brings together key concepts and methods to meet the crucial challenges of energy-efficient system resilience. Computer system design is undergoing a paradigm shift in the wake of several disruptive trends, including the increased difficulty in CMOS device technology scaling, the obstacles relating to power and reliability walls, and the evolution of computing paradigms in the era of Internet-of-things (IOT). This book presents a modern perspective on how to build resilient computer systems, emphasizing reliability without incurring unaffordable levels of overhead, such as processor chip area, net system power, or performance degradation.

Readers will find new generation modeling methods, cross-layer optimization and trade-off analysis techniques, along with the cross-layer error tolerant system architectures needed for the future.

 

  • Covers cross-layer resilience modeling, a new technique to optimize energy consumption across system layers
  • Explains the necessary tradeoffs to provide targeted system resilience without blowing a cost or power budget
  • Presents application-driven compute engines that offer cost-effective solutions for big data analytics, cloud or mobile computing, or cognitive systems that don't compromise end-user quality and system availability
  • Includes case studies illustrating examples of embedded, server, and supercomputing systems

商品描述(中文翻譯)

《建立韌性系統:架構、建模與指標》匯集了關鍵概念和方法,以應對能源效率系統韌性的重要挑戰。隨著幾個顛覆性趨勢的出現,計算機系統設計正經歷一場範式轉變,包括CMOS設備技術縮放的難度增加、與功耗和可靠性牆相關的障礙,以及在物聯網(Internet-of-things, IOT)時代計算範式的演變。本書提供了建立韌性計算機系統的現代觀點,強調在不承擔過高開銷的情況下實現可靠性,例如處理器晶片面積、系統總功耗或性能下降。

讀者將會發現新一代的建模方法、跨層優化和權衡分析技術,以及未來所需的跨層容錯系統架構。

- 涵蓋跨層韌性建模,這是一種優化系統層級間能源消耗的新技術
- 解釋提供針對性系統韌性所需的權衡,以避免超出成本或功耗預算
- 提出應用驅動的計算引擎,為大數據分析、雲端或移動計算,或不妥協終端用戶質量和系統可用性的認知系統提供具成本效益的解決方案
- 包含案例研究,說明嵌入式、伺服器和超級計算系統的範例