A Hybrid Cloud Architecture for a Social Science Research Computing Data Center Steven Abramson, William Horka, Leonard Wisniewski Institute for Quantitative Social Science Harvard University 1737 Cambridge St., Cambridg

Source URL: projects.iq.harvard.edu

eAudiobooks at Santa Cruz Public Libraries A variety of eAudiobooks are available to borrow from SCPL through the following providers. Do I need to create an account?

Source URL: www.santacruzpl.org

• Computing
• Software
• Computer architecture
• Smartphones
• Cloud clients
• Personal computing
• Alphabet Inc.
• Android
• IOS
• Tablet computer
• Amazon Kindle

Facebook’s Data Center Network Architecture Nathan Farrington and Alexey Andreyev Facebook, Inc., 1601 Willow Road, Menlo Park, CA 94025, USA Author e-mail address: Abstract: We review Facebook’s c

Source URL: nathanfarrington.com

• Computing
• Concurrent computing
• Data
• Ethernet
• Apache Hadoop
• Apache Software Foundation
• Cloud infrastructure
• Network switch
• MapReduce
• Data center network architectures
• Big data

An Edge Cloud Architecture for Latency-Critical Interactive Applications 01 The problem The emergence of holographic and headmounted displays is fostering the emergence of a new generation of “hyper-interactive” appl

Source URL: www.conpaas.eu

• Computing
• Cloud infrastructure
• Cloud computing
• OpenStack
• Mobile cloud computing
• Cloudlet
• HP Cloud

Digital innovation Award sponsored by mobbra - mass fan engagement at live events Wireless connectivity at major sporting and entertainment events is extremely difficult to achieve due to network congestion associated w

Source URL: www.nextgenevents.co.uk

• Software
• Computing
• Computer architecture
• Smartphones
• Personal computing
• Cloud clients
• Mobile software
• Mobile technology
• Adaptxt
• Mobile app
• Tablet computer
• Windows Phone

White Paper Fog Computing and the Internet of Things: Extend the Cloud to Where the Things Are What You Will Learn The Internet of Things (IoT) is generating an unprecedented volume and variety of data. But by the time

Source URL: www.cisco.com

• Computing
• Concurrent computing
• Distributed computing architecture
• Load balancing
• Videotelephony
• Cloud infrastructure
• Internet of things
• Fog computing
• Cloud computing
• Cisco Systems
• Big data
• Edge computing

Dedoop: Efficient Deduplication with Hadoop Lars Kolb Andreas Thor Erhard Rahm

Source URL: dbs.uni-leipzig.de

• Computing
• Concurrent computing
• Parallel computing
• Workflow technology
• Distributed computing architecture
• Apache Software Foundation
• Cloud infrastructure
• MapReduce
• Apache Hadoop
• Record linkage
• Workflow
• Data cleansing

Modern App Architecture for the Enterprise Delivering agility, portability and control with Docker Containers as a Service (CaaS)

Source URL: www.docker.com

• Software
• Computing
• Cloud infrastructure
• Free software
• Docker
• Microservices
• DevOps
• Go
• Cloud computing
• StackEngine
• WaveMaker

Data Warehouse Augmentation for a Manufacturing Company Predictive Maintenance: Introducing Hadoop into your data architecture allows for a richer analytics environment, and the ability to store and process a variety of

Source URL: www.orzota.com

• Computing
• Information technology
• Data
• Business intelligence
• Teradata
• Data management
• Cloud infrastructure
• NCR Corporation
• Data warehouse
• Apache Hadoop
• Analytics
• Presto

10/11 MarchThe Fog Networking Conference While research is being carried out to design technology portfolios that will make 5G a reality, there is no

Source URL: www.giievent.kr

• Computing
• Technology
• Emerging technologies
• Distributed computing architecture
• Load balancing
• Videotelephony
• Mobile telecommunications
• 5G
• Fog computing
• Network function virtualization
• Internet of things
• Cloud computing