Computer architecture: a quantitative approach 第三版的课后答案

Organizations invest incredible amounts of time and money obtaining and then storing big data in data stores called data lakes. But how many of these organizations can actually get the data back out in a useable form? Very few can turn the data lake into an information gold mine. Most wind up with garbage dumps. Data Lake Architecture will explain how to build a useful data lake, where data scientists and data analysts can solve business challenges and identify new business opportunities. Learn how to structure data lakes as well as analog, application, and text-based data ponds to provide maximum business value. Understand the role of the raw data pond and when to use an archival data pond. Leverage the four key ingredients for data lake success: metadata, integration mapping, context, and metaprocess. Bill Inmon opened our eyes to the architecture and benefits of a data warehouse, and now he takes us to the next level of data lake architecture. Table of Contents Chapter 1 Data Lakes Chapter 2 Transforming the Data Lake Chapter 3 Inside the Data Lake Chapter 4 Data Ponds Chapter 5 Generic Structure of the Data Pond Chapter 6 Analog Data Pond Chapter 7 Application Data Pond Chapter 8 Textual Data Pond Chapter 9 Comparing the Ponds Chapter 10 Using the Infrastructure Chapter 11 Search and Analysis Chapter 12 Business Value in the Data Ponds Chapter 13 Additional Topics Chapter 14 Analytical and Integration Tools Chapter 15 Archiving Data Ponds

计算机组成原理第二版英文原版的课后习题奇数题答案，官方发布

Architecture of Network Systems,Serpanos,D&Wolf;,T(2011) 英文版，高清非拍照

《Wireless Transceiver Architecture Bridging RF and Digital Communication》

计算机体系结构 — 量化研究方法 英文第五版 官方电子版 清晰 Computer Architecture A Quantitative Approach 5th English

Unix is distinguished by a simple, coherent, and elegant design — truly remarkable features that have enabled the system to influence the world for more than a quarter of a century. And especially thanks to the growing presence of Linux, the idea is still picking up momentum, with no end of the growth in sight. Unix and Linux carry a certain fascination, and the two quotations above hopefully capture the spirit of this attraction. Consider Dennis Ritchie’s quote: Is the coinventor of Unix at Bell Labs completely right in saying that only a genius can appreciate the simplicity of Unix? Luckily not, because he puts himself into perspective immediately by adding that programmers also qualify to value the essence of Unix. Understanding the meagerly documented, demanding, and complex sources of Unix as well as of Linux is not always an easy task. But once one has started to experience the rich insights that can be gained from the kernel sources, it is hard to escape the fascination of Linux. It seems fair to warn you that it’s easy to get addicted to the joy of the operating system kernel once starting to dive into it. This was already noted by Benny Goodheart and James Cox, whose preface to their book The Magic Garden Explained (second quotation above) explained the internals of Unix System V. And Linux is definitely also capable of helping you to lose your mind!

game architecture and design

Applied Software Architecture 中文版，PDF，Christine Hofmeister

ZebOS是路由器等常用的，该文档详细介绍了ZebOS的体系架构。