Getting started with cloud computing : a LITA guide

"A one-stop guide for implementing cloud computing. Cloud computing can save your library time and money by enabling convenient, on-demand network access to resources like servers and applications. Libraries that take advantage of the cloud have fewer IT headaches because data centers provide continuous updates and mobility that standard computing cannot easily provide, which means less time and energy spent on software, and more time and energy to devote to the library's day to day mission and services. Here, leading LITA experts demystify language, deflate hype, and provide library-specific examples of real-world success you can emulate to guarantee efficiency and savings. Among several features, this book helps you select data access and file sharing services, build digital repositories, and utilize other cloud computing applications in your library. Together, you and the cloud can save time and money, and build the information destination your patrons will love."--Publisher's website.Edward M. Corrado, Heather Lea Moulaison, Editors ; with a Foreword by Roy Tennant.Perspectives on cloud computing in libraries / Heather Lea Moulaison and Edward M. Corrado -- Understanding the cloud : an introduction to the cloud / Rosalyn Metz -- Cloud computing : pros and cons / H. Frank Cervone -- What could computing means for libraries / Erik Mitchell -- Head in the clouds? A librarian/vendor perspective on cloud computing / Carl Grant -- Cloud computing for LIS education / Christinger R. Tomer and Susan W. Alman -- Library discovery services : from the ground to the cloud / Marshall Breeding -- Koha in the cloud / Christopher R. Nighswonger and Nicole C. Engard -- Leveraging OCLC cooperative library data in the cloud via web services / Karen A. Coombs -- Building push-button repositories in the cloud with dspace and amazon web services -- Untethering considerations : selecting a cloud-based data access and file-sharing solution / Heidi M. Nickisch Duggan and Michelle Frisque -- Sharepoint strategies for establishing a powerful library intranet / Jennifer Diffin and Dennis Nangle -- Using windows home server and amazon s3 to back up high-resolution digital objects to the cloud / Edward Iglesias -- Keeping your data on the ground when putting your (lib)guides in the cloud / Karen A. Reiman-Sendi, Kenneth J. Varnum, and Albert A. Bertram -- Parting the clouds : use of dropbox by embedded librarians / Caitlin A. Bagley -- From the cloud, a clear solution : how one academic library uses google calendar / Anne Leonard -- Integrating google forms into reference and instruction / Robin Elizabeth Miller -- Ning, fostering conversations in the cloud / Leland R. Deeds, Cindy Kissel-Ito, and Ann Thomas Knox -- Not every cloud has a silver lining : using a cloud application may not always be the best solution / Ann Whitney Gleason -- Speak up! using voicethread to encourage participation and collaboration in library instruction / Jennifer Ditkoff and Kara Young.Includes bibliographical references and index

Review of Getting Started with Cloud Computing: A LITA Guide

Review of Getting Started with Cloud Computing: A LITA Guide. Eds. Edward M. Corrado and Heather Lea Moulaison. New York: Neal-Schuman Publisher, Inc., 2011. 214p. alk. paper, $65 (ISBN 9781555707491)

How to Cloud for Earth Scientists: An Introduction

This presentation is a tutorial on getting started with cloud computing for the purposes of Earth Observation datasets. We first discuss some of the main advantages that cloud computing can provide for the Earth scientist: copious processing power, immense and affordable data storage, and rapid startup time. We also talk about some of the challenges of getting the most out of cloud computing: re-organizing the way data are analyzed, handling node failures and attending

Exposing Issues and Challenges in Performance of Cloud Computing Services.

In current era of high performance computing, cloud computing is considered as new paradigm of ubiquitous computing. Peoples are changing their views and accordingly demand of consumer services for real world applications is getting diversified. Most of all global IT leader companies have started to consume cloud services in one or another way by putting their demands. The cloud is rapidly maturing towards its goal to satisfy federated need of consumer’s need for real-world applications. It is tried to reflect survey of current research related to open issues associated with clouds service performance with consideration of maintenance of performance and quality management and also simulates service level agreement based testing on the large scale commercial testing environment. One of the key aspect of the existing approach is it cloud environment need to achieve more flexibility to satisfy diversified users need and providers service delivery model. A collaborative system shall apply the concept of the cloud service performance testing to reduce the mitigations in cloud data and loss of the service availability and data integrity aspects

The silver lining: cloud computing and small and medium enterprises

This paper shows how Australian businesses can get the most out of one of the biggest global innovations: information communications technology. Overview: Innovation – the successful application of new ideas – drives Australia’s productivity. Australia’s biggest innovation opportunity lies in creatively exploiting global innovations. One of the biggest of these is information and communications technology. Small and medium enterprises (SMEs) are an engine of the Australian economy. They employ two-thirds of Australian private sector workers and contribute half of Australia’s private sector GDP. Yet many SMEs have low productivity. Innovations may spread slowly to many smaller firms because they lack the capital or market intelligence that large firms can access. Online innovations – including mobile devices, e-commerce, and cloud computing – offer opportunities for firms of all sizes to become far more productive. This paper explores issues raised at a workshop run by Grattan Institute and Google on how policymakers and business can accelerate the spread of cloud computing among SMEs. It uses cloud computing – the delivery of on-demand information technology services over the Internet – as a case study for how online technologies can benefit smaller firms. Cloud computing can help level the playing field for smaller firms. It allows them to access sophisticated IT services that were previously out of reach. For example, it can allow them to manage and monitor their sales, operations and finances in real time. The cloud also offers capabilities that were previously unavailable to firms of any scale. For example, it allows multiple users to access applications or update documents at the same time from mobile devices. Cloud computing makes it easier for small firms to take new ideas to market. Firms that use cloud computing report more growth in revenue and profit than others do. But many Australian SMEs say they do not use cloud services. Many are not aware of the benefits or believe they do not have skills to capture them. Some are concerned about transition costs, data security and privacy. Networks are too slow or unreliable for cloud services in some areas of the country. Workshop participants agreed that government and industry can remove obstacles to the use of cloud computing and help SMEs capture its benefits. The industry itself should lead the education of SMEs on the case for cloud computing. Yet government can:  Choose policy settings that promote broader productivity growth and innovation;  Ensure interaction with government over the internet is the default for all businesses;  Provide an appropriate policy environment for investment in broadband networks that meet the needs of small business. Information technology’s contribution to productivity is just getting started. Small and medium enterprises should get on board

The Impacts of E-Commerce as a Service upon Fog Computing

Fog Computing is a technology that extends cloud computing and services to the edge of the network. It provides data, compute, storage and application services to the users like cloud. From kitchen equipment to aeroplane, started getting an IP address which has also been a part of internet. In the past few years, the great transmission of theoretical concept of different industries such as E-commerce into real application has been used by cloud computing. Based on adopted fog features and characteristics those are encouraging small companies that providing their E-commerce products to adopt their development into fog computing. In order to assist the E-commerce small companies with the right way to start with the basic requirements and upgrading their computing resources as their fog user base grows with time, herewith the impacts of Ecommerce as the services upon fog computing is proposed

FIT A Fog Computing Device for Speech TeleTreatments

There is an increasing demand for smart fogcomputing gateways as the size of cloud data is growing. This paper presents a Fog computing interface (FIT) for processing clinical speech data. FIT builds upon our previous work on EchoWear, a wearable technology that validated the use of smartwatches for collecting clinical speech data from patients with Parkinson's disease (PD). The fog interface is a low-power embedded system that acts as a smart interface between the smartwatch and the cloud. It collects, stores, and processes the speech data before sending speech features to secure cloud storage. We developed and validated a working prototype of FIT that enabled remote processing of clinical speech data to get speech clinical features such as loudness, short-time energy, zero-crossing rate, and spectral centroid. We used speech data from six patients with PD in their homes for validating FIT. Our results showed the efficacy of FIT as a Fog interface to translate the clinical speech processing chain (CLIP) from a cloud-based backend to a fog-based smart gateway.Comment: 3 pages, 5 figures, 1 table, 2nd IEEE International Conference on Smart Computing SMARTCOMP 2016, Missouri, USA, 201

Resource provisioning in Science Clouds: Requirements and challenges

Cloud computing has permeated into the information technology industry in the last few years, and it is emerging nowadays in scientific environments. Science user communities are demanding a broad range of computing power to satisfy the needs of high-performance applications, such as local clusters, high-performance computing systems, and computing grids. Different workloads are needed from different computational models, and the cloud is already considered as a promising paradigm. The scheduling and allocation of resources is always a challenging matter in any form of computation and clouds are not an exception. Science applications have unique features that differentiate their workloads, hence, their requirements have to be taken into consideration to be fulfilled when building a Science Cloud. This paper will discuss what are the main scheduling and resource allocation challenges for any Infrastructure as a Service provider supporting scientific applications