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Storing and Managing Big Data - NoSQL, Hadoop and More: High-Impact Strategies - What You Need to Know: Definitions, Adoptions,

為了解決Cloud wiki的問題，作者Roebuck, Kevin 這樣論述：

Over the last several years there are two important trends that require additional thought when putting together an architecture for a hosted service. The ability to analyze and process enormous amounts of data is increasingly important. From a technology perspective, the two trends to focus on

are: 1. Batch processing -- the increasing awareness of batch processing and the recent uptick in use of the map educe paradigm for that purpose; Distributed computing is a field of computer science that studies distributed systems. 2. NoSQL stores - The rise of so called ""NoSQL"" stores and thei

r use to serve up data to online users; a distributed file system or network file system is any file system that allows access to files from multiple hosts sharing via a computer network. This makes it possible for multiple users on multiple machines to share files and storage resources. Both of th

ese trends represent significant advances in the way that hosted systems are developed. But in order to derive the most value for an entire system, developers must think about how these two areas will work together in some holistic manner. This book is your ultimate resource for Storing and managin

g big data- NoSQL, Hadoop and more. Here you will find the most up-to-date information, analysis, background and everything you need to know. In easy to read chapters, with extensive references and links to get you to know all there is to know about Storing and managing big data- NoSQL, Hadoop and

more right away, covering: Distributed data store, Background Intelligent Transfer Service, BATON Overlay, BitVault, Bootstrapping node, Chimera (software library), Chord (peer-to-peer), Cloud (operating system), CoDeeN, Collaber, Collanos, Comparison of streaming media systems, Comparison of video

hosting services, Content addressable network, Content delivery network, Coral Content Distribution Network, Data center, Distributed file system, Distributed hash table, Distributed Networking, FAROO, Globule (CDN), GlusterFS, Grid casting, Hibari (database), High performance cloud computing, HTTP(

P2P), Hyper distribution, Infrastructure for Resilient Internet Systems, Jigdo, JXTA, Kademlia, Key-based routing, Koorde, Legion (software), MagmaFS, Metalink, NeoEdge Networks, Octoshape, Ono (P2P), Osiris (Serverless Portal System), OverSim, P-Grid, P2P-Next, P2PTV, PAST storage utility, Pastry (

DHT), Peer-to-peer wiki, Prefix hash tree, Proactive network Provider Participation for P2P, Rawflow, Sciencenet, Similarity Enhanced Transfer, Space-based architecture, Superdistribution, Tapestry (DHT), Tulip Overlay, Tuotu, Web acceleration, YaCy, Aquiles, BigTable, Apache Cassandra, Column famil

y, Hector (API), Keyspace (distributed data store), NoSQL, Standard column family, Super column family, Tombstone (data store), Voldemort (distributed data store), Andrew File System, Apache Hadoop, Apache Hive, BigCouch, Ceph, The Circle (file system), Cloudant, Cloudera, CloudStore, DCE Distribute

d File System, Direct Access File System, Distributed File System (Microsoft), FhGFS, Gfarm file system, Global Storage Architecture, Google File System, HAMMER, IBM General Parallel File System, Infinit, Lustre (file system), MapR, Moose File System, OFFSystem, OneFS distributed file system, Parall

el Virtual File System, POHMELFS, Sector/Sphere, Storage@home, Tahoe Least-Authority Filesystem, Wuala, XtreemFS This book explains in-depth the real drivers and workings of Storing and managing big data- NoSQL, Hadoop and more. It reduces the risk of your technology, time and resources investment

decisions by enabling you to compare your understanding of Storing and managing big data- NoSQL, Hadoop and more with the objectivity of experienced professionals.

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公有雲端企業資料庫即時同步備援到企業自有機房之研究

為了解決Cloud wiki的問題，作者周建竹 這樣論述：

由於在近十年來網路通訊技術的快速發展，雲端服務在手機時代已經被各企業和個人所採用，在此平台上，提供的服務，可以使租用戶能快速建構符合他們本身所需要的資料系統，另外在以前雲端服務及網路通訊技術尚未普及的年代，資訊系統備援是有地區距離的限制，而現在，在地端和雲端聯結更緊密的時代，在雲端各應用系統的後端的關聯式資料庫儲存重要的交易資料，其中備援設計更是極為重要。在本論文中研究的目的將以雲端的關聯式資料庫層級即時備援到地端，從可用性、即時性、保密安全性、持久性保存和搬遷性等做探討，本研究所採用的方式為在雲端租用和設定環境和地端架設環境，建構本研究之研究模型，進行雲端到地端在關聯式資料庫層級的備援探討

分析，並使用雲端運算業者Azure的計量統計圖表做資料蒐集及資料分析，呈現雲端硬碟讀寫累積使用量和網路頻寬累積使用量的數據並進行分析和探討，企業將可依照自己業務特性，做出符合最佳化的雲端資料庫備援到地端資料庫方式的決策。

Wiki Writing: Collaborative Learning in the College Classroom

為了解決Cloud wiki的問題，作者Cummings, Robert E. (EDT)/ Barton, Matt (EDT) 這樣論述：

When most people think of wikis, the first---and usually the only---thing that comes to mind is Wikipedia. The editors of Wiki Writing: Collaborative Learning in the College Classroom, Robert E. Cummings and Matt Barton, have assembled a collection of essays that challenges this common misconcept

ion, providing an engaging and helpful array of perspectives on the many pressing theoretical and practical issues that wikis raise. Written in an engaging and accessible manner that will appeal to specialists and novices alike, Wiki Writing draws on a wealth of practical classroom experiences with

wikis to offer a series of richly detailed and concrete suggestions to help educators realize the potential of these new writing environments.Robert E. Cummings began work at Columbus State University in August 2006 as Assistant Professor of English and Director of First-Year Composition. Currently

he also serves as the Writing Specialist for CSU’s Quality Enhancement Plan, assisting teachers across campus in their efforts to maximize student writing in their curriculum. He recently concluded a three-year research study with the Inter/National Coalition for Electronic Portfolio Research and co

ntinues to research in the fields of computers and writing, writing across the curriculum, writing in the disciplines, and curricular reform in higher education.Matt Barton is Assistant Professor, St. Cloud State University, Department of English-Rhetoric and Applied Writing Program. His research in

terests are rhetoric, new media, and computers and writing. He is the author of Dungeons and Desktops: A History of Computer Role-Playing Games and has published in the journals Text and Technology, Computers and Composition, Game Studies, and Kairos. He is currently serving as Associate Editor of K

airosnews and Managing Editor of Armchair Arcade.Wiki Writing will quickly become the standard resource for using wikis in the classroom.---Jim Kalmbach, Illinois State Universitydigitalculturebooks is an imprint of the University of Michigan Press and the Scholarly Publishing Office of the Universi

ty of Michigan Library dedicated to publishing innovative and accessible work exploring new media and their impact on society, culture, and scholarly communication. Visit the website at www.digitalculture.org.

不同創新接受程度使用者對Pantone配色應用程式的互動滿意度

為了解決Cloud wiki的問題，作者陳維真 這樣論述：

在現今瞬息萬變的社會，各行各業彼此激烈競爭，為取得更高的利益，建立品牌（Brand）與品牌個性（Brand Personality），鮮明的印象讓消費者認知與辨別產品特徵已變成趨勢。而為更進一步吸引消費者，對於企業來說，最重要的事情之一就是「色彩」。根據美國公司WebFX Team調查，84.7%的消費者將顏色視為購買特定產品的主要原因，而93%的人們在買東西時會看視覺外觀，且人們在初次觀看後的90秒內會對產品做出購買抉擇。因此，色彩的必要性和準確性，已不再僅適用於印刷業或平面設計師。目前彩通色彩系統（Pantone Matching System）是全世界通用的色彩標準，近年來Panton

e將其色票雲端化，並為設計工作者開發手機應用程式「Pantone Connect」，採用新的Pantone雲端配色軟體，幫助辨識現實生活中物體的色彩，並簡化設計師們在色彩溝通、決策上的過程。本研究以使用者互動滿意度（Questionnaire for User Interaction Satisfaction, QUIS）為問卷構面，探討不同創新接受程度使用者對Pantone Connect App的互動滿意度，依循本研究結果，將樣本總共分為四大類，分為創新者（Innovator）、早期採用者（Early Adopter）、早期大眾（Early Majority）、非創新者（Non - Inn

ovator），並進一步分析，得知（1）受測者的性別會影響Pantone Connect APP介面整體反應的互動滿意度；（2）受測者基本個人資料並不會影響Pantone Connect APP介面呈現的互動滿意度；（3）受測者具有使用Pantone實體色票簿經驗會影響Pantone Connect APP介面用詞和系統資訊的互動滿意程度，其他的個人基本資料並不會有影響；（4）受測者的年齡與創新接受程度會影響Pantone Connect APP學習APP反應的互動滿意程度；（5）沒有使用Pantone實體色票簿經驗與沒有聽過Pantone Connect APP的受測者對APP性能的互動滿意

程度較高；（6）受測者的個人基本資訊與創新接受程度並不會對Pantone Connect APP使用者介面可用性的互動滿意程度產生影響；（7）互動滿意度與創新程度呈現正相關，當創新性越高，使用者的「整體反應」、「介面呈現」、「介面用詞與系統資訊」、「學習APP反應」滿意度越高。