The document summarizes the E-prints LIS Repository, which is an open access archive and repository for Library and Information Science (LIS) materials. It is maintained by a team of editors from around the world and contains a variety of content types, including journal articles, conference papers, and book chapters. The repository aims to promote open access and self-archiving of LIS works. It provides free archiving and access to help increase the visibility and impact of research in the LIS field. Users can search and access materials in the repository without needing to register.
Eprints is open source repository software developed at the University of Southampton for building institutional repositories. It was first released in 2000 and supports a variety of document types including articles, books, theses, and multimedia files. Eprints is widely used and allows users to upload, search, and export content. It uses traditional technologies like MySQL and Perl but newer versions provide more flexibility and control for repository managers. While it is easy to install and use, Eprints focuses only on repository functions rather than broader digital library needs.
Eprints digital library software.finalNORLYN WAKAT
Eprints is open source institutional repository software developed at the University of Southampton in 2000. It was one of the earliest repository platforms and supports a variety of document types including articles, books, theses, images, and multimedia. Eprints uses traditional technologies like MySQL and Perl and is widely used around the world. It allows customizable metadata and interoperates with other systems through its open licensing. While Dspace also functions as an institutional repository with a Java-based architecture, Eprints remains a popular option for its ease of installation and use.
Eprints digital library software.finalwakat norlyn
Eprints is open source digital library software developed at the University of Southampton in the early 2000s. It was one of the first free and open access institutional repository software programs, allowing universities to archive faculty works. Eprints version 3 was released in 2007 with improved functionality. It supports depositing a variety of document types and formats into repositories and has features for searching, exporting metadata, and managing access permissions. While simpler than DSpace in some ways, Eprints is widely used due to its ease of installation and customization options.
DSpace is an open source repository software platform designed for academic and research institutions to capture, store, distribute and preserve digital materials. It provides tools to organize content such as articles, reports, datasets and multimedia into an institutional repository that is accessible over time. DSpace uses Dublin Core metadata standards and has customizable workflows, user interfaces and technological features like OAI-PMH protocol support to facilitate interoperability between repositories. It is widely used with a large user community and supports long-term digital preservation goals.
Software's now-a-days became the life line of modern day organizations. Libraries also need software if they want to create a parallel digital library with features which we may not find in a traditional library.
Greenstone is open source software for building and distributing digital library collections. It provides a comprehensive system for constructing and presenting collections of documents in various formats, including text, images, audio and video. Greenstone allows users to organize information and publish it on the internet or CD-ROM as a fully searchable digital library. It was developed by the University of Waikato in New Zealand with the aim of empowering organizations to build their own digital libraries.
Dspace is an open source repository software that allows institutions to create open access repositories for scholarly and published digital content. It has a large community of users and developers worldwide and can be customized to manage different types of digital assets with granular access controls. Dspace uses a modular architecture including layers for storage, business logic, and applications. It is supported by the nonprofit organization DuraSpace which provides technical leadership, community development, and hosting services to Dspace and other open source projects.
The document summarizes the E-prints LIS Repository, which is an open access archive and repository for Library and Information Science (LIS) materials. It is maintained by a team of editors from around the world and contains a variety of content types, including journal articles, conference papers, and book chapters. The repository aims to promote open access and self-archiving of LIS works. It provides free archiving and access to help increase the visibility and impact of research in the LIS field. Users can search and access materials in the repository without needing to register.
Eprints is open source repository software developed at the University of Southampton for building institutional repositories. It was first released in 2000 and supports a variety of document types including articles, books, theses, and multimedia files. Eprints is widely used and allows users to upload, search, and export content. It uses traditional technologies like MySQL and Perl but newer versions provide more flexibility and control for repository managers. While it is easy to install and use, Eprints focuses only on repository functions rather than broader digital library needs.
Eprints digital library software.finalNORLYN WAKAT
Eprints is open source institutional repository software developed at the University of Southampton in 2000. It was one of the earliest repository platforms and supports a variety of document types including articles, books, theses, images, and multimedia. Eprints uses traditional technologies like MySQL and Perl and is widely used around the world. It allows customizable metadata and interoperates with other systems through its open licensing. While Dspace also functions as an institutional repository with a Java-based architecture, Eprints remains a popular option for its ease of installation and use.
Eprints digital library software.finalwakat norlyn
Eprints is open source digital library software developed at the University of Southampton in the early 2000s. It was one of the first free and open access institutional repository software programs, allowing universities to archive faculty works. Eprints version 3 was released in 2007 with improved functionality. It supports depositing a variety of document types and formats into repositories and has features for searching, exporting metadata, and managing access permissions. While simpler than DSpace in some ways, Eprints is widely used due to its ease of installation and customization options.
DSpace is an open source repository software platform designed for academic and research institutions to capture, store, distribute and preserve digital materials. It provides tools to organize content such as articles, reports, datasets and multimedia into an institutional repository that is accessible over time. DSpace uses Dublin Core metadata standards and has customizable workflows, user interfaces and technological features like OAI-PMH protocol support to facilitate interoperability between repositories. It is widely used with a large user community and supports long-term digital preservation goals.
Software's now-a-days became the life line of modern day organizations. Libraries also need software if they want to create a parallel digital library with features which we may not find in a traditional library.
Greenstone is open source software for building and distributing digital library collections. It provides a comprehensive system for constructing and presenting collections of documents in various formats, including text, images, audio and video. Greenstone allows users to organize information and publish it on the internet or CD-ROM as a fully searchable digital library. It was developed by the University of Waikato in New Zealand with the aim of empowering organizations to build their own digital libraries.
Dspace is an open source repository software that allows institutions to create open access repositories for scholarly and published digital content. It has a large community of users and developers worldwide and can be customized to manage different types of digital assets with granular access controls. Dspace uses a modular architecture including layers for storage, business logic, and applications. It is supported by the nonprofit organization DuraSpace which provides technical leadership, community development, and hosting services to Dspace and other open source projects.
A presentation on Digital Library Software by Rupesh Kumar A, Assistant Professor, Department of Studies and Research in Library and Information Science, Tumkur University, Tumakuru, Karnataka, India.
This document provides an overview of building an institutional repository, including:
- Repository structure with communities, collections, and items
- Metadata standards like Dublin Core
- User roles and permissions
- Item submissions and workflows
- Copyright issues and embargoes
- Gathering usage statistics and registering the repository
- Ensuring quality control of metadata and submissions
DSpace is an open source digital repository software package typically used to create open access repositories for scholarly content. It can store any digital media type and is optimized for text-based files. DSpace uses a Java platform with a PostgreSQL or Oracle database and has features like full-text search, persistent identifiers, and the ability to handle any file type. The community development model is open source under a BSD license.
This document discusses creating a digital library service using DSpace. It begins with an introduction to DSpace, a digital content management system. It then covers digital preservation philosophy and strategies used by DSpace. Key differences between institutional repositories and digital libraries are outlined. The document provides details on the features, architecture, standards, and administration of DSpace installations. It presents examples of possible content and concludes with a scenario for making digital resources openly available electronically using DSpace.
This document provides an introduction to DSpace, an open source platform for capturing, distributing, and preserving digital content. It discusses what DSpace is used for, its history and development model. Key points covered include:
- DSpace allows institutions to store and provide access to digital materials like articles, datasets, videos and more.
- It has been in development since 2000 through an open source community model managed by DuraSpace.
- It can benefit institutions by archiving research, teaching materials, student work and more while making content accessible online.
Open source software provides many options for library services. Some key software packages discussed include Drupal for content management, DSpace for digital libraries, Koha for library automation, and Moodle for e-learning. Open source allows frequent updates and community support at no cost, but also poses challenges like technological obsolescence and copyright issues.
This document provides an overview of the Linux file system hierarchy. It describes the purpose and common contents of the top-level directories in Linux, including /bin, /boot, /dev, /etc, /home, /lib, /media, /mnt, /opt, /proc, /root, /sbin, /tmp, /usr, /var. It explains differences between the Linux and Windows file structures and key concepts like everything being represented as a file in Linux.
Two day-long training on "DSpace" Institutional RepositoryNur Ahammad
The document discusses a two-day training on the digital repository system DSpace that was organized by BALID Institution of Information Management in Bangladesh. It provides an overview of DSpace, including what it is, its architecture and technology, software requirements, and comparisons to other repository systems. It also outlines the organizational hierarchy of communities, sub-communities, collections, and items in DSpace.
Linux is a freely distributed open source operating system similar to Unix. It was developed by Linus Torvalds and has become widely used by companies, academics, and individuals due to its free source code and ability to scale across systems. Helix is a Linux distribution tailored for computer forensics that contains tools like Adepto for acquiring forensic images and Autopsy for analyzing the images to extract evidence from investigations.
Linux is well-suited for forensic investigations due to its free and open-source tools, flexible environment, and ability to access low-level interfaces. However, its tools are more complicated to use than commercial packages and typically lack technical support. Linux distributions use a directory tree with essential directories like /bin, /etc, /home, and /var. Important commands provide information on processes, network connections, and disk usage. The Linux boot process involves the BIOS, boot loader, kernel initialization, and starting of processes at designated run levels.
The file system hierarchy in Linux is organized with the root directory "/" at the top. Key directories include /bin and /sbin for essential binaries, /boot for boot files, /dev for device files, /etc for configuration files, /home for user directories, /lib for shared library files, /opt for optional application software, /tmp for temporary files, /usr for secondary hierarchy, and /var for files that frequently change like logs. Unlike Windows, Linux has a unified hierarchy without drive letters and uses forward slashes rather than backslashes.
Encase V7 Presented by Guidance Software august 2011CTIN
The document discusses new features in EnCase Forensic v7, including an EnCase Processor that automates common forensic tasks like recovering deleted folders, signature analysis, hash analysis, and indexing text. The Processor runs modules that find artifacts from files, email, internet use, and more. It allows customization of templates and modules to target specific types of evidence and streamline workflow. A demonstration of the Processor's abilities is provided.
Hadoop is an open-source framework that allows for the distributed processing of large data sets across clusters of computers using simple programming models. It is designed to scale up from single servers to thousands of machines, each offering local computation and storage. Hadoop has several key features: it brings flexibility to structured and unstructured data processing, is easily scalable, fault tolerant through data replication, performs batch processing faster than traditional methods, has a robust ecosystem of tools, and is very cost effective using commodity hardware.
The document discusses file systems and their components. It covers directory organization, allocation schemes, file attributes, operations, structures and access methods. It also compares different file systems like FAT, FAT32 and NTFS in terms of their compatibility, volume size limits, fault tolerance and other advantages/disadvantages.
This document provides an overview of Windows file systems and how they are used for digital forensics investigations. It discusses the File Allocation Table (FAT) file system and how it tracks file clusters. It also describes the New Technology File System (NTFS) and how it stores file metadata and tracks unused data clusters. The document outlines how file deletion, renaming and moving works in Windows, and artifacts that can be recovered from deleted files. It identifies several useful file types for forensic analysis, like shortcut files, the Recycle Bin, print spool files and registry keys.
This document provides an overview and introduction to the hardware, software, and file structure of the EduBook device. It discusses the hardware components, how to open the case and access internal parts. It then summarizes the available operating systems, describes the Linux file structure and key directories. The document outlines software options like browsers and office applications that are preinstalled. It concludes with some tips on software issues, advanced options for running Windows programs in Wine, and contact information.
This document provides an overview of open source software. It begins with definitions of open source and discusses how open source allows anyone to freely use, modify, and share source code. It outlines the core criteria that define open source licenses. It then compares freeware and shareware models and discusses popular open source licenses like GPL and BSD. The document discusses Linux versus Windows, the origins of Linux from Linus Torvalds, popular Linux distributions, and common Linux applications. It provides examples of office, graphics, internet, and development tools. It concludes with discussions of the Linux file structure and useful Linux commands.
This document provides an overview of Windows 8 forensics and anti-forensics techniques. It discusses new features in Windows 8 like pagefile and swapfile functions, Windows 8 to Go, Bitlocker updates, cloud integration, thumbnail caching, and PC refresh. It also covers Internet Explorer 10 changes and analyzes the pagefile, swapfile, thumbcache, file history artifacts, and new registry hives introduced in Windows 8. Anti-forensics techniques like encryption, time tampering, disk wiping, and disk destruction are also briefly mentioned. The document promotes an upcoming security conference and provides contact information for the author.
Techbuddy: Introduction to Linux sessionAshish Bhatia
This document provides an introduction to Linux concepts including the philosophy, users, files, file handling, and process handling in Linux. It discusses the concept of users and files in Linux, explaining that everything is either a file or a process. It also covers the Linux file hierarchy and permissions system for users and files.
Ψηφιακές βιβλιοθήκες, ψηφιακά αποθετήρια, υποδομές δεδομένων: θεμέλια της νέα...kebepcy
The document discusses the evolution of science paradigms and scholarly communication towards more data-driven approaches. It describes how digital libraries and repositories are becoming central to the new model of open access scholarly communication. Infrastructure like DRIVER and OpenAIRE are working to integrate existing repositories and enable deposition, discovery and access of publications and data. Significant computational and data challenges remain in supporting data-intensive science at large scales.
A presentation on Digital Library Software by Rupesh Kumar A, Assistant Professor, Department of Studies and Research in Library and Information Science, Tumkur University, Tumakuru, Karnataka, India.
This document provides an overview of building an institutional repository, including:
- Repository structure with communities, collections, and items
- Metadata standards like Dublin Core
- User roles and permissions
- Item submissions and workflows
- Copyright issues and embargoes
- Gathering usage statistics and registering the repository
- Ensuring quality control of metadata and submissions
DSpace is an open source digital repository software package typically used to create open access repositories for scholarly content. It can store any digital media type and is optimized for text-based files. DSpace uses a Java platform with a PostgreSQL or Oracle database and has features like full-text search, persistent identifiers, and the ability to handle any file type. The community development model is open source under a BSD license.
This document discusses creating a digital library service using DSpace. It begins with an introduction to DSpace, a digital content management system. It then covers digital preservation philosophy and strategies used by DSpace. Key differences between institutional repositories and digital libraries are outlined. The document provides details on the features, architecture, standards, and administration of DSpace installations. It presents examples of possible content and concludes with a scenario for making digital resources openly available electronically using DSpace.
This document provides an introduction to DSpace, an open source platform for capturing, distributing, and preserving digital content. It discusses what DSpace is used for, its history and development model. Key points covered include:
- DSpace allows institutions to store and provide access to digital materials like articles, datasets, videos and more.
- It has been in development since 2000 through an open source community model managed by DuraSpace.
- It can benefit institutions by archiving research, teaching materials, student work and more while making content accessible online.
Open source software provides many options for library services. Some key software packages discussed include Drupal for content management, DSpace for digital libraries, Koha for library automation, and Moodle for e-learning. Open source allows frequent updates and community support at no cost, but also poses challenges like technological obsolescence and copyright issues.
This document provides an overview of the Linux file system hierarchy. It describes the purpose and common contents of the top-level directories in Linux, including /bin, /boot, /dev, /etc, /home, /lib, /media, /mnt, /opt, /proc, /root, /sbin, /tmp, /usr, /var. It explains differences between the Linux and Windows file structures and key concepts like everything being represented as a file in Linux.
Two day-long training on "DSpace" Institutional RepositoryNur Ahammad
The document discusses a two-day training on the digital repository system DSpace that was organized by BALID Institution of Information Management in Bangladesh. It provides an overview of DSpace, including what it is, its architecture and technology, software requirements, and comparisons to other repository systems. It also outlines the organizational hierarchy of communities, sub-communities, collections, and items in DSpace.
Linux is a freely distributed open source operating system similar to Unix. It was developed by Linus Torvalds and has become widely used by companies, academics, and individuals due to its free source code and ability to scale across systems. Helix is a Linux distribution tailored for computer forensics that contains tools like Adepto for acquiring forensic images and Autopsy for analyzing the images to extract evidence from investigations.
Linux is well-suited for forensic investigations due to its free and open-source tools, flexible environment, and ability to access low-level interfaces. However, its tools are more complicated to use than commercial packages and typically lack technical support. Linux distributions use a directory tree with essential directories like /bin, /etc, /home, and /var. Important commands provide information on processes, network connections, and disk usage. The Linux boot process involves the BIOS, boot loader, kernel initialization, and starting of processes at designated run levels.
The file system hierarchy in Linux is organized with the root directory "/" at the top. Key directories include /bin and /sbin for essential binaries, /boot for boot files, /dev for device files, /etc for configuration files, /home for user directories, /lib for shared library files, /opt for optional application software, /tmp for temporary files, /usr for secondary hierarchy, and /var for files that frequently change like logs. Unlike Windows, Linux has a unified hierarchy without drive letters and uses forward slashes rather than backslashes.
Encase V7 Presented by Guidance Software august 2011CTIN
The document discusses new features in EnCase Forensic v7, including an EnCase Processor that automates common forensic tasks like recovering deleted folders, signature analysis, hash analysis, and indexing text. The Processor runs modules that find artifacts from files, email, internet use, and more. It allows customization of templates and modules to target specific types of evidence and streamline workflow. A demonstration of the Processor's abilities is provided.
Hadoop is an open-source framework that allows for the distributed processing of large data sets across clusters of computers using simple programming models. It is designed to scale up from single servers to thousands of machines, each offering local computation and storage. Hadoop has several key features: it brings flexibility to structured and unstructured data processing, is easily scalable, fault tolerant through data replication, performs batch processing faster than traditional methods, has a robust ecosystem of tools, and is very cost effective using commodity hardware.
The document discusses file systems and their components. It covers directory organization, allocation schemes, file attributes, operations, structures and access methods. It also compares different file systems like FAT, FAT32 and NTFS in terms of their compatibility, volume size limits, fault tolerance and other advantages/disadvantages.
This document provides an overview of Windows file systems and how they are used for digital forensics investigations. It discusses the File Allocation Table (FAT) file system and how it tracks file clusters. It also describes the New Technology File System (NTFS) and how it stores file metadata and tracks unused data clusters. The document outlines how file deletion, renaming and moving works in Windows, and artifacts that can be recovered from deleted files. It identifies several useful file types for forensic analysis, like shortcut files, the Recycle Bin, print spool files and registry keys.
This document provides an overview and introduction to the hardware, software, and file structure of the EduBook device. It discusses the hardware components, how to open the case and access internal parts. It then summarizes the available operating systems, describes the Linux file structure and key directories. The document outlines software options like browsers and office applications that are preinstalled. It concludes with some tips on software issues, advanced options for running Windows programs in Wine, and contact information.
This document provides an overview of open source software. It begins with definitions of open source and discusses how open source allows anyone to freely use, modify, and share source code. It outlines the core criteria that define open source licenses. It then compares freeware and shareware models and discusses popular open source licenses like GPL and BSD. The document discusses Linux versus Windows, the origins of Linux from Linus Torvalds, popular Linux distributions, and common Linux applications. It provides examples of office, graphics, internet, and development tools. It concludes with discussions of the Linux file structure and useful Linux commands.
This document provides an overview of Windows 8 forensics and anti-forensics techniques. It discusses new features in Windows 8 like pagefile and swapfile functions, Windows 8 to Go, Bitlocker updates, cloud integration, thumbnail caching, and PC refresh. It also covers Internet Explorer 10 changes and analyzes the pagefile, swapfile, thumbcache, file history artifacts, and new registry hives introduced in Windows 8. Anti-forensics techniques like encryption, time tampering, disk wiping, and disk destruction are also briefly mentioned. The document promotes an upcoming security conference and provides contact information for the author.
Techbuddy: Introduction to Linux sessionAshish Bhatia
This document provides an introduction to Linux concepts including the philosophy, users, files, file handling, and process handling in Linux. It discusses the concept of users and files in Linux, explaining that everything is either a file or a process. It also covers the Linux file hierarchy and permissions system for users and files.
Ψηφιακές βιβλιοθήκες, ψηφιακά αποθετήρια, υποδομές δεδομένων: θεμέλια της νέα...kebepcy
The document discusses the evolution of science paradigms and scholarly communication towards more data-driven approaches. It describes how digital libraries and repositories are becoming central to the new model of open access scholarly communication. Infrastructure like DRIVER and OpenAIRE are working to integrate existing repositories and enable deposition, discovery and access of publications and data. Significant computational and data challenges remain in supporting data-intensive science at large scales.
Digital repositories allow for the storage and management of digital publications and related content beyond simple PDF files. They support complex, heterogeneous publications that may include various media types and relationships between components. Repository systems like Fedora, EPrints and DSpace provide services for ingesting, preserving, discovering and accessing publications and their related content and metadata over time while maintaining identifiers and workflows. Repositories aim to enable reuse of content and establish policies around ownership, access, and long-term preservation of information within a networked scholarly communications environment.
Librarians and Open Access: the case of E-LIS Fatima Darries
The literature abounds with information on Open Access. Librarians rally to the cause as part of our responsibility of providing access to information. But what are librarians doing to further the cause of Open Access in their own discipline? E-LIS, short for Eprints in Library and Information Science, aims to further the Open Access philosophy by making available papers in LIS and related fields. It is a free-access international repository and archive, in line with the Free Online Scholaship movement (FOS) and the Eprints movement.
Digital preservation and institutional repositoriesDorothea Salo
This document contains the notes from a presentation on digital preservation challenges for arts and humanities materials. It discusses threats like physical medium failure, file format obsolescence, and organizational commitment. The presenter emphasizes approaching digital preservation the same way as print by identifying your threat model and priorities. Migration, normalization, and describing content are presented as strategies alongside ensuring sustainable policies and organizational support for long-term preservation.
This is a brief overview of how we'll use glue Biblio and Fedora Commons together for the Biodiversity Heritage Library. This binds together many pieces of the project and touches on how we'll use Fedora Commons as a preservation layer for the corpus of BHL data.
Fedora is an open-source digital object repository system that provides persistent storage and delivery of digital content. It is implemented as a set of Java services and stores content and associated metadata in XML files. The repository can scale to support millions of objects and provides features such as versioning, audit trails and triple store capabilities through integrated systems like Mulgara.
Using Fedora Commons To Create A Persistent ArchivePhil Cryer
With the increasing amount of digital data and demand for open access to view and reuse such data continually increasing, the adoption of open source digital repository software is critical for long term storage and management of digital objects. By utilizing the open source Fedora Commons software, the Missouri Botanical Garden has created a stable, persistent archive for Tropicos digital objects, including specimen images, plant photos, and other digital media. Metadata, organized in standard Dublin Core extracted from Tropicos, are stored alongside the digital objects providing search and sharing of data via open standards such as REST and OAI, opening the door for mash-ups and alternative uses. The presentation will cover initial discovery, required hardware and software, and an overview of our experience implementing Fedora Commons. Lessons learned, pros and cons, and other options will also be covered.
11.5.14 Presentation Slides, “Fedora 4.0 in Action at Penn State and Stanford”DuraSpace
Hot Topics: The DuraSpace Community Webinar Series
Series 9: Early Advantage: Introducing New Fedora 4.0 Repositories
Curated by David Wilcox, Fedora Product Manager, DuraSpace
“Fedora 4.0 in Action at Penn State and Stanford”
Wednesday, November 5, 1:00-2:00pm ET
Presented by:
David Wilcox, Fedora Product Manager, DuraSpace
Adam Wead, Developer, Pennsylvania State University and Tom Cramer, Chief Technology Strategist and Associate Director of Digital Library Systems and Services, Stanford University
Presentation slides from a talk given at RSP 'Goes back to' School 2009, Matfen Hall, Nr. Hexham, Northumberland, 14-16 September 2009. The actual presentation on the 15 September only covered the content up to Slide 33. The remainder includes a more detailed reflection on the curation of research data, left in to provide additional context for those using the full presentation.
Fedora is a free and open-source Linux distribution developed by the community-supported Fedora Project. The project's mission is to advance free and open source software by providing innovative features in a stable and secure system. Fedora has four foundational principles - freedom, community support, new features, and being first with innovation. Users can get involved by contributing in areas like content writing, translation, community support, software development, web development, and design.
Hot Topics: The DuraSpace Community Webinar Series,
“Introducing DSpace 7: Next Generation UI”
Curated by Claire Knowles, Library Digital Development Manager, The University of Edinburgh.
Introducing DSpace 7
February 28, 2017 presented by: Claire Knowles - The University of Edinburgh, Art Lowel - Atmire, Andrea Bollini - 4Science, Tim Donohue – DuraSpace
3.7.17 DSpace for Data: issues, solutions and challenges Webinar SlidesDuraSpace
Hot Topics: The DuraSpace Community Webinar Series,
“Introducing DSpace 7: Next Generation UI”
Curated by Claire Knowles, Library Digital Development Manager, The University of Edinburgh.
DSpace for Data: issues, solutions and challenges
March 7, 2017 presented by: Claire Knowles & Pauline Ward - The University of Edinburgh & Ryan Scherle - Dryad Digital Repository
This document provides a tutorial on how to develop a digital library using the Greenstone open source software (OSS). It discusses what digital information is, the purpose of digital libraries, and walks through the steps to create a new collection in Greenstone including gathering content, enriching metadata, designing search types, indexes, cross-collection searching and browsing classifiers. It emphasizes properly linking metadata fields to collection data and provides tips for each step.
Fedora is a Linux-based operating system that showcases the latest free and open source software. It is built and maintained by an international community of volunteers as a collaboration project. Key aspects of Fedora include its focus on freedom, features, community involvement, and being a testing ground for new technologies before they are included in Red Hat Enterprise Linux.
Greenstone Digital Library Software is an open source software suite for building and distributing digital library collections. It was developed by the New Zealand Digital Library Project and is distributed in cooperation with UNESCO. Greenstone allows for the creation of collections from a variety of material, provides tools for searching and browsing collections, and supports publishing collections on the web or CD-ROM. It has been widely adopted internationally since its initial release in 2000.
This document discusses digital libraries and their characteristics. It notes that digital libraries provide access to an enormous number of digitized texts and tools. They allow access to information 24/7 through a school's intranet system. However, issues like copyright, standards, and ensuring equitable access must be addressed. The document also compares digital libraries to traditional libraries and outlines some potential advantages and disadvantages of digital libraries for education.
The document provides an outline for a 3-day DSpace 4.2 advanced training course. Day 1 covers a quick review of basic DSpace concepts and configuration. Day 2 focuses on content transmission and theming in the XML user interface (XMLUI). Day 3 previews upcoming DSpace 5.0 features and covers customizing submission workflows, authentication methods, and creating custom metadata forms. The training will help attendees learn advanced configuration, customization, and administration of a DSpace repository.
Presentation for Open Access week 2016 "Open Science on the Move" conference on October 25th in Brussels
https://openaccess.be/2016/08/29/join-the-belgian-open-access-week-event-open-science-on-the-move-24-25-october-2016/
The presentation gives an overview of the DSpace community and explores how repository success can be assessed.
Physical preservation with EPrints: 1 Storage, by Adam Field, David Tarrant, ...JISC KeepIt project
This presentation, part of an extensive practical tutorial on logical and bit-stream preservation using Plato (a preservation planning tool) and EPrints (software for creating digital repositories), presents a new storage controller for EPrints providing selectable storage options locally and in the cloud. The presentation was given as part of module 4 of a 5-module course on digital preservation tools for repository managers, presented by the JISC KeepIt project. For more on this and other presentations in this course look for the tag ’KeepIt course’ in the project blog http://blogs.ecs.soton.ac.uk/keepit/
Datalagring för AI
Vad bör man att tänka på, hur bygger man och vilken skillnad kan IBM's infrastruktur göra.
Talare: Christofer Jensen, Storage Technical Specialist, IBM
Presentationen hölls på Watson Kista Summit 2018
AWS re:Invent 2016: Case Study: How Monsanto Uses Amazon EFS with Their Large...Amazon Web Services
This document discusses how Monsanto uses Amazon EFS for large scale geospatial data sets. It provides an overview of EFS and its key features. It then details how Monsanto moved its geospatial data and analytics to the cloud using EFS, including setting up a GeoServer cluster on EFS. It also discusses how Monsanto built a collaborative analytics platform and production environmental classification engine that run analytics at scale on EFS and EMR. The document concludes with recommendations when using EFS and takeaways.
How to run your Hadoop Cluster in 10 minutesVladimir Simek
- Two companies faced challenges processing big data on-premises, including high fixed costs, slow deployment, lack of scalability, and outages impacting production.
- Amazon Elastic MapReduce (EMR) provides a managed Hadoop service that allows companies to launch clusters within minutes in the AWS cloud at lower costs by using elastic and scalable infrastructure.
- AOL moved their 2PB on-premises Hadoop cluster to EMR, reducing costs by 4x while gaining automatic scaling and high availability across availability zones. EMR addressed their challenges and allowed faster restatement of historical data.
Integrating On-premises Enterprise Storage Workloads with AWS (ENT301) | AWS ...Amazon Web Services
AWS gives designers of enterprise storage systems a completely new set of options. Aimed at enterprise storage specialists and managers of cloud-integration teams, this session gives you the tools and perspective to confidently integrate your storage workloads with AWS. We show working use cases, a thorough TCO model, and detailed customer blueprints. Throughout we analyze how data-tiering options measure up to the design criteria that matter most: performance, efficiency, cost, security, and integration.
Deep Dive on Elastic File System - February 2017 AWS Online Tech TalksAmazon Web Services
Organizations face significant challenges moving their applications to the cloud when they require a standard file system interface for accessing their cloud data. In this technical session, we will explore the world’s first cloud-scale file system and its targeted use cases. Attendees will learn about the Amazon Elastic File System (EFS) features and benefits, how to identify applications that are appropriate for use with Amazon EFS, and details about its performance and security models. We will highlight and demonstrate how to deploy Amazon EFS in one of our most common use cases and will share tips for success throughout.
Learning Objectives:
• Recognize why and when to use Amazon EFS
• Understand key technical/security concepts
• Learn how to leverage EFS’s performance
• See a demo of EFS in action
• Review EFS’s economics
This document proposes a seed block algorithm and remote data backup server to help users recover files if the cloud is destroyed or files are deleted. The proposed system stores a backup of user's cloud data on a remote server. It uses a seed block algorithm that breaks files into blocks, takes their XOR, and stores the output to allow data to be recovered. The system was tested on different file types and sizes, showing it could recover same-sized files and required less time than existing solutions. Its applications include secure storage and access to information even without network connectivity.
Modernizing upstream workflows with aws storage - john malloryAmazon Web Services
Modernizing Upstream Workflows with AWS Storage
Accelerating seismic data retrieval, getting better data protection and reliability, and providing a common AWS data platform for compute and graphic intensive processing, simulation and visualization workloads.
Modernizing and transforming exploration and production workflows with AWS Storage services
Accelerating seismic data retrieval, getting better data protection and reliability, and providing a common AWS data platform for compute and graphic intensive processing, simulation and visualization workloads.
Capturing and processing streaming sensor data from remote oil rigs with Snowball Edge
Providing a Data Lake foundation for a next generation Digital Oilfield IoT analytics platform with Amazon S3
Speaker: John Mallory - AWS Storage Business Development Manager
Eliminating the Problems of Exponential Data Growth, Foreverspectralogic
The document discusses the challenges of managing exponential data growth. Key points include:
- Customers must manage both data and infrastructure as data becomes more dispersed across locations.
- Rapid growth of unstructured data from mobility, social media, big data, and cloud adoption is driving needs for flexible infrastructure and optimization.
- Factors like data growth, virtualization, and aggressive recovery objectives are increasing use of disk storage and replication technologies.
IBM Spectrum Scale is software-defined storage that provides file storage for cloud, big data, and analytics solutions. It offers data security through native encryption and secure erase, scalability via snapshots, and high performance using flash acceleration. Spectrum Scale is proven at over 3,000 customers handling large datasets for applications such as weather modeling, digital media, and healthcare. It scales to over a billion petabytes and supports file sharing in on-premises, private, and public cloud deployments.
This is the course that was presented by James Liddle and Adam Vile for Waters in September 2008.
The book of this course can be found at: http://www.lulu.com/content/4334860
The computational requirements of next generation sequencing is placing a huge demand on IT organisations .
Building compute clusters is now a well understood and relatively straightforward problem. However, NGS sequencing applications require large amounts of storage, and high IO rates.
This talk details our approach for providing storage for next-gen sequencing applications.
Talk given at BIO-IT World, Europe, 2009.
Analytics with unified file and object Sandeep Patil
Presentation takes you through on way to achive in-place hadoop based analytics for your file and object data. Also give you example of storage integration with cloud congnitive services
SharePoint Governance: stories, myths, legends and real lifeToni Frankola
SharePoint governance starts with a 600-page document. At our 30-person company, we need a 40-person SharePoint Governance committee, and nobody can determine why a housekeeper has access to the governance document.
Have you heard this type of statement? We most certainly have. In this session, Toni will bust myths like these by providing a workable approach to SharePoint governance in small and large enterprises. We will talk about setting policies as well as what makes sense and what doesn’t. We will break down the governance plan and examine its pieces. Most importantly, we will talk about implementing these policies based on real-life use cases, where no one reads 600-page documents.
Session highlights:
- Developing a workable governance plan
- Setting realistic governance policies
- Automatizing policies implementation
Why 2015 is the Year of Copy Data - What are the requirements?Storage Switzerland
Data is the new currency of business. To fully protect and exploit this data requires that it be copied to various backend processes like data protection, compliance and data analytics. The problem is that primary data is growing by 35 to 50% per year, the need to copy all this data can exacerbate this problem by 10X! Data centers have to find a way to mitigate this problem but still drive full value from backend processes.
In 2015 IT professionals will be hearing a lot about how copy data management will address this problem. But all copy data solutions are not created equal. Listen to experts from Storage Switzerland and Catalogic to define exactly what copy data is and what IT professionals should expect from these solutions.
Medical imaging for active data and archive
Digital simulations in pharmaceutical, automotive, aerospace
Rich content records in insurance, construction, realty
Video capture for security, process management, education
Content distribution in Media & Entertainment
Rich text E-mail, Web 2.0 and Social Networking
Analytics in Financial services
Modern data lakes are now built on cloud storage, helping organizations leverage the scale and economics of object storage while simplifying overall data storage and analysis flow
The Internet is an international network of networks that connects billions of computers and people around the world through cables, routers, and switches, allowing them to communicate and share information such as messages, photos, and other digital content simultaneously from locations at home, outside, and abroad.
Are open platforms necessary for generative phenomena? Is the Internet threatened by Apple? What does it mean to claim that the Open Web is under threat? What does it actually mean to claim that a system is Open?
A CRIS pulls together information from all the research-relevant databases. Repositories should support the CERIF standard to co-operate as components of a CRIS environmen t.
The document discusses how the development of information and communication technologies has impacted different parts of society. It notes that:
- The web is a performance that is created and managed through processes that are discussed and managed through the web.
- Wikimedia exists because of the Wikimedia community; the Wikimedia community only exists because of the web. Both are linked resources with emerging values and standards.
- Different parts of society have different needs to communicate for different ends. Academia, commerce, government, media, and military have different objectives and hence incompatible web requirements.
- Society is diverse and structured and refined over time. Different actors have different needs to communicate for different ends. The development of information representation
How to get good use out of items in your repository . A good repository should add value to your documents by allowing you to do more with them than when they were just on your PC.
How to Setup Warehouse & Location in Odoo 17 InventoryCeline George
In this slide, we'll explore how to set up warehouses and locations in Odoo 17 Inventory. This will help us manage our stock effectively, track inventory levels, and streamline warehouse operations.
LAND USE LAND COVER AND NDVI OF MIRZAPUR DISTRICT, UPRAHUL
This Dissertation explores the particular circumstances of Mirzapur, a region located in the
core of India. Mirzapur, with its varied terrains and abundant biodiversity, offers an optimal
environment for investigating the changes in vegetation cover dynamics. Our study utilizes
advanced technologies such as GIS (Geographic Information Systems) and Remote sensing to
analyze the transformations that have taken place over the course of a decade.
The complex relationship between human activities and the environment has been the focus
of extensive research and worry. As the global community grapples with swift urbanization,
population expansion, and economic progress, the effects on natural ecosystems are becoming
more evident. A crucial element of this impact is the alteration of vegetation cover, which plays a
significant role in maintaining the ecological equilibrium of our planet.Land serves as the foundation for all human activities and provides the necessary materials for
these activities. As the most crucial natural resource, its utilization by humans results in different
'Land uses,' which are determined by both human activities and the physical characteristics of the
land.
The utilization of land is impacted by human needs and environmental factors. In countries
like India, rapid population growth and the emphasis on extensive resource exploitation can lead
to significant land degradation, adversely affecting the region's land cover.
Therefore, human intervention has significantly influenced land use patterns over many
centuries, evolving its structure over time and space. In the present era, these changes have
accelerated due to factors such as agriculture and urbanization. Information regarding land use and
cover is essential for various planning and management tasks related to the Earth's surface,
providing crucial environmental data for scientific, resource management, policy purposes, and
diverse human activities.
Accurate understanding of land use and cover is imperative for the development planning
of any area. Consequently, a wide range of professionals, including earth system scientists, land
and water managers, and urban planners, are interested in obtaining data on land use and cover
changes, conversion trends, and other related patterns. The spatial dimensions of land use and
cover support policymakers and scientists in making well-informed decisions, as alterations in
these patterns indicate shifts in economic and social conditions. Monitoring such changes with the
help of Advanced technologies like Remote Sensing and Geographic Information Systems is
crucial for coordinated efforts across different administrative levels. Advanced technologies like
Remote Sensing and Geographic Information Systems
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Changes in vegetation cover refer to variations in the distribution, composition, and overall
structure of plant communities across different temporal and spatial scales. These changes can
occur natural.
Main Java[All of the Base Concepts}.docxadhitya5119
This is part 1 of my Java Learning Journey. This Contains Custom methods, classes, constructors, packages, multithreading , try- catch block, finally block and more.
How to Fix the Import Error in the Odoo 17Celine George
An import error occurs when a program fails to import a module or library, disrupting its execution. In languages like Python, this issue arises when the specified module cannot be found or accessed, hindering the program's functionality. Resolving import errors is crucial for maintaining smooth software operation and uninterrupted development processes.
2. What is EPrints For? EPrints offers a safe, open and useful place to store, share and manage material in the pursuit of research and educational agendas. administrative reporting, collaboration, data sharing, digital profile enhancement , e-learning, e-publishing, e-research, marketing, open access, preservation, publicity, research assessment, research management, scholarly collections
3. Research Curation, Researcher Support Researchers’ environment supported by repository Research data managed by repository Research community assisted by repository
4. What is a Repository Safe, secure, persistent, managed storage for files Safe, secure, persistent management of shareable FRBR works Safe, secure, persistent, management of scholarly & scientific working Leading to… Science 2.0 / The Fourth Paradigm / Data Intensive Science The challenge is not cloud computing but cloud thinking
6. Current EPrints Cloud Capabilities Amazon Elastic Compute Machine Images (AMIs) Small (Single Core / 1.7Gb) Large (64 Bit / Quad Core / 7.5Gb) Extra Large (64 Bit / 8 Core / 15Gb) EPrints 3.2 is 64 Bit Enabled Persistent Database & Storage Really Excited - Super Fast / Cheap / Easy!
7. Cloud to Desktop Storage Data can be stored on multiple storage services Local disk, SAN, NAS, Honeycomb, Cloud Researchers can mount repository objects as a networked filesystem Service usage and preservation risks can be monitored and analysed.
8. Hybrid Storage In EPrints A single storage solution has drawbacks. Cost vs. Speed vs. Reliability Repositories need to be agile: to utilize and be able to migrate to new platforms Leverage the benefits of each solution without losing control of your digital objects.
9. Local Disk Storage No local bandwidth costs Hard to expand Locally Managed High overheads cost Requires space and cooling Tied closely to the software Storage ecosystem
10. Local Archival Storage Specialist Expensive to purchase Locally Managed Space and running costs Expandable Storage ecosystem
11. Cloud Storage Scalable Externally controlled Known Costings Unclear retention policy Re-Useable (using simple APIs) Global Scale Storage ecosystem
12. But Clouds Blow Away Recently: Yahoo Briefcase XDrive AOL Pictures HP Upline Sony Image Station Source: Tom Spring - PCWorld
13. Why use Hybrid Storage Use the best features of each storage type Performance Scaling-up bandwidth Optimisation Large-file handling Multimedia streaming Localised Delivery Local delivery from the cloud
16. Large binary files of scientific data (raw machine result data) can be stored in a large disk (slower access) system and sent to a tape company for long term storage.
24. EPrints Cloud Services Web based repository setup Much like getting started with a blog. Fill in a form and obtain a repository. Coming to EPrints core in next major release. Enterprise Support for Cloud Solutions Full Setup & Configuration Global Distribution Auto Upgrade & Patching Trusted Backup
25. EPrints 3.2 Plug-ins / Modules Everything builds on the core layer Major part of v3.2 is strengthening the core and adding more abstraction layers Improved data model Enhanced data facilities Enhanced metadata facilities Improved programming & API
27. Community Driven Development There are many abstraction layers. Display Manipulation Upload Handlers Custom Datasets Import / Export Plug-ins Transcoding Plug-ins Database Plug-ins Storage Plug-ins One API
28. Storage Plug-ins Local NFS Amazon S3 Sun Cloud Storage Service Microsoft Azure Any others based on the S3 API…. (the last 3 all are) 5 Call API (about 30mins to write a plug-in)
29. Our Development Vision Empower the Community with a simple API API in 3.2 Give the community a platform to test their code Use the Cloud! Give the community a distribution mechanism The EPrints Bazaar (beta)
30. EPrints Bazaar Similar in concept to Apple’s App Store Every install of EPrints will have access to the Bazaar Single click install/uninstall of plug-ins EPrints Services Approved Plug-ins Enterprise support for limited 3rd party plug-ins
31. Summary EPrints provides the professional, enterprise level application for resource management Including cloud support at many levels Repository-in-the-cloud Storage-in-the-cloud Services-in-the-cloud