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  • KAUST Library Transformative Agreements 2019 2021

    Tomic, Nevena; Alsaedi, Yasmeen; Zibani, Patiswa (2021-09-28) [Poster]
    The Kaust University Library signed a number of transformative agreements with STEM publishers from 2019 to 2021. This poster presents our initial strategy, results, challenges, and plans in the open access publishing area. In 2019 KAUST Library signed 3 transformative agreements with STEM publishers. In 2020 the number of deals increased to 7, and in 2021 to 11. The number of OA articles published under these agreements has been growing steadily - 31 articles published under the terms of transformative agrements in 2019, 111 articles in 2020. The expectations of KAUST authors to have more options to publish open access free of charge are growing, too. Our initial strategy proved to be very successful with smaller and mid-sized publishers, but we reached the point where we should create an evidence-based approach and revise our strategy to deal with big publishers. Higher instances and alignment with the University-wide strategic plan (with clear goals in open research and open access area) are needed to take our open access publishing to the next level.
  • Resistive Neural Hardware Accelerators

    Smagulova, Kamilya; Fouda, Mohammed E.; Kurdahi, Fadi; Salama, Khaled N.; Eltawil, Ahmed (arXiv, 2021-09-08) [Preprint]
    Deep Neural Networks (DNNs), as a subset of Machine Learning (ML) techniques, entail that real-world data can be learned and that decisions can be made in real-time. However, their wide adoption is hindered by a number of software and hardware limitations. The existing general-purpose hardware platforms used to accelerate DNNs are facing new challenges associated with the growing amount of data and are exponentially increasing the complexity of computations. An emerging non-volatile memory (NVM) devices and processing-in-memory (PIM) paradigm is creating a new hardware architecture generation with increased computing and storage capabilities. In particular, the shift towards ReRAM-based in-memory computing has great potential in the implementation of area and power efficient inference and in training large-scale neural network architectures. These can accelerate the process of the IoT-enabled AI technologies entering our daily life. In this survey, we review the state-of-the-art ReRAM-based DNN many-core accelerators, and their superiority compared to CMOS counterparts was shown. The review covers different aspects of hardware and software realization of DNN accelerators, their present limitations, and future prospectives. In particular, comparison of the accelerators shows the need for the introduction of new performance metrics and benchmarking standards. In addition, the major concerns regarding the efficient design of accelerators include a lack of accuracy in simulation tools for software and hardware co-design.
  • Using a DSpace repository as an institutional hub for identifier services

    Grenz, Daryl M. (2021-06-01) [Presentation]
    Summarizes the approach taken to supporting use of persistent identifiers, specifically ORCIDs and DOIs, at KAUST through the development of intermediary services that connect DSpace to external identifier services. Part of the workshop: "Brokerage Event Towards a FAIR Compliant Commons in the ASREN Region".
  • Leveraging Open Services to Enhance Institutional Research Tracking Workflows

    Alsaedi, Yasmeen; Grenz, Daryl M.; Baessa, Mohamed A. (2021-06) [Presentation]
  • The IOI App: How and why to establish an institutional ORCID integration outside of your repository platform

    Alsaedi, Yasmeen; Grenz, Daryl M.; Baessa, Mohamed A. (2021-06) [Presentation]
    This presentation introduces the structure and functionality of the IOI application, and demonstrates how it can be configured for reuse by other institutions with a variety of needs. We also explain why we foresee continuing to maintain an institutional ORCID integration as a service closely connected to, but separate from, the main institutional repository platform.
  • ORCID, DSpace and the KAUST Approach

    Grenz, Daryl M. (2021-05-25) [Presentation]
    Introduction to the current state of ORCID integration in DSpace and the KAUST approach of developing an intermediary application called the Institutional ORCID Integration (IOI). Also shows how the code can be configured for use by institutions that are not ORCID members.
  • Managing institutional open access publishing deals: experiences of KAUST,  Saudi Arabia

    Vijayakumar, J.K.; Tomic, Nevena (2021-03-10) [Presentation]
    KAUST is a research intensive graduate STEM institution with extensive research publishing output. Our commitment to open access is well-established through the first open access policy in the Middle East and continues with efforts to align with global Open Access initiatives, in addition to our research repository services, Seven Read and Publish contracts for hybrid journals were signed in 2019and aiming to increase doubling this number. We will explain the whole journey from making decisions to negotiate the deal, through promoting and managing the deal, and to assessing annual progress.
  • Curating Local Bird Observation Records while Leveraging Global Citizen Science Platforms for Biodiversity

    Grenz, Daryl M.; Karsou, Rawan M.; Baessa, Mohamed A. (Zenodo, 2020-02-18) [Presentation]
    In 2009, KAUST opened as a new university and town built in the coastal desert along the shores of the Red Sea in western Saudi Arabia, significantly altering the local natural environment. Soon after, a birdwatcher began keeping private records of birds observed in the mix of new and old habitats being created in the university campus. In support of the institutional commitment to stewardship of its environment, this individual later took a position working for the university to record, conserve and enhance native biodiversity, while also networking with other community members to share observations. As this founding community member prepared to depart the university in 2019, the university library repository team worked with him to convert the collected data into a community resource that saves past records into a stable environment where they can be explored within the local context. In addition, by integrating with existing, globally recognized citizen science tools, we worked to provide a dynamic collection that will continue to grow with participation from new community members. This presentation will focus on the experiences of converting unstructured data into a standard, structured form with reference to the Darwin Core metadata standard, and of integrating with the eBird API for new observation records. We will also introduce some of the tools we relied on, such as the use of Knime for data extraction and conversion, and also discuss how this project is providing a basis for additional efforts to curate biodiversity information in our institution.
  • Open access panel discussion on preprints: introduction

    Vijayakumar, J.K.; Grenz, Daryl M.; Baessa, Mohamed A. (2019-11-19) [Presentation]
    This introductory talk provides back ground of preprint servers, its recent growth, usage of preprint servers by KAUST researchers, KAUST library's support on open access and open infrastrucutre initiatives world wide.
  • Library Strategic Plan 2019-2024

    University Library, KAUST (University Library, KAUST, 2019-08) [Other]
  • Data mining of Citations in Theses: a workflow for automated analysis of Open Access and library holdings coverage

    Martin, Jose; Han, Lee Yen (2019-06-19) [Poster]
    A systems specialist and a liaison librarian worked together in this project to analyze resource usage, Open Access coverage, library holdings coverage and citation patterns from a collection of doctoral theses in a graduate research university. The extracted citations and some basic metadata about the theses and their authors were processed using a workflow created with KNIME, an open source data-mining software. The workflow uses Summon and Crossref APIs for library holdings coverage, CORE and Unpaywall APIs for Open Access coverage and an SQLite database to store the output and enable detailed analysis. This tool provides an insight into the resources that have been effectively used to produce doctoral theses. It would be useful for academic libraries interested in evaluating the impact of Open Access resources and how they contribute to their scholarly output, and to evaluate the coverage provided by their holdings to the research activity in their institutions beyond the usual usage reports provided by publishers or third parties.
  • Introductory Remarks

    Vijayakumar, J.K. (2019-04-18)
  • An overview of e-resources acquisitions in KAUST

    Kabli, Ola A. (2019-04-18)
    Within a changing and flexible environment and in a digitally born library, this presentation will cover the library electronic resources acquisition lifecycle from receiving the request from the subject specialists until the access is provided going through acquiring quotations, invoices, getting the LA signed, and get it paid by finance in addition to the role we play to serve other university departments. It will address the best practices as well as the challenges throughout the process and how to keep a smooth workflow and highlight on the value of communication between library staff internally and with other departments to meet the patrons needs accurately and promptly. A glance on the number of e- resources, types and number of publishers we’re dealing with will be covered too. With a ‘dealing directly with publishers’ policy we of course are working collaboratively with them to maintain the productive professional relationship. It will also focus on the systems we use and the record keeping for all renewal information including license agreements and make it accessible to stakeholders. The effort of improving and enhancing e- resources acquisition is continuing. With a good future plan and a strategy, future can always be better.
  • Print Resources Acquisition Process

    Al Qahtani, Ali (2019-04-18)
  • The liaison librarian’s role in the acquisition process

    Han, Lee Yen (2019-04-18) [Presentation]
    As a born-digital user-centric library, KAUST University Library adopts a patron-driven acquisition model which allows patrons to recommend monographs and other resources to be added to the library collection. This presentation focuses on the role of the liaison librarian in this acquisition model and the process which takes place when a recommendation is first initiated by the patron (faculty, researcher, or student), to resource identification, review of license agreements, before the recommendation is handled over to the Acquisitions Team.
  • Variation on a Theme: Scoping our Institutional Repository Service Bundle

    Grenz, Daryl M. (2019-04-11) [Presentation]
    Repository services at KAUST encompass a variety of activities ranging from maintaining a digital repository platform, implementing an open access policy, supporting use of scholarly persistent identifiers, managing metadata and content files, and developing system integrations in support of the above. This presentation will discuss all of this within the broader visions prevalent in the global repository landscape so as to illustrate the choices that we have made to pursue and devote resources to certain service opportunities over others. I will also look at how we measure the success of various services in achieving their stated aims. The overall goal is for audience members to have an improved framework for thinking about the scope and focus of similar services in their own institutions.
  • Institutional ORCID Integration: The KAUST Experience

    Grenz, Daryl M. (2019-04-10) [Presentation]
  • ePosters Replace Print Posters: KAUST Library Initiative to Better Prepare Students and Preserve Scholarly Resources

    Vijayakumar, J.K.; Hall, Garry; Afandi, Eman (2019-04-05) [Presentation]
    Scientific posters are popular in conferences run by professional organizations in the UK, Europe, and North America, with the majority focused on medicine and health care disciplines. Individual events may include hundreds (and even thousands) of posters with cumulative numbers from all events (including academia) estimated in the millions annually (1). Generally, posters are not retained, in spite of their value as scholarly resources; many are the first reporting of new research and contain information months in advance of peer-reviewed articles. Printed posters have been around for many years and, with recent digital advances can be transformed into dynamic displays through multimedia inclusion and zoom functionality, whilst being made available via the web to large, geographically distributed audiences. Electronic posters (ePosters) are environmentally friendly, they eliminate printing and transport problems, and they scale well for large conferences (e.g. American Society of Anesthesiologists has used ePosters since 2013, recently with over 3000 posters at multiple sites). Most importantly, they lend themselves to being easily captured and retained as scientific resources. Following successful pilot projects (for which data on student and faculty support and cost-effectiveness will be presented), KAUST University Library has introduced a campus-wide ePoster service for the University beginning in January 2019. This service replaces printed posters and better prepares students for ePoster presentation scenarios commonplace within professional organizations and provides open access via the KAUST Research Repository. Training overheads for both students and organizers are low and uptake has been high, with weekly events scheduled for the first four months of 2019. Academia is notably behind this practitioner-driven trend. KAUST Library believes that, by rolling out an ePoster system to the University, it is the first campus in the world to offer such a campus-wide solution, reflecting a digital smart campus vision of KAUST.
  • Data mining of Citations in Doctoral Dissertations: Tool for Collection Development and Instructional Services

    Han, Lee Yen; Martin, Jose (2018-12) [Poster]
    Usage statistics, such as access and download data, are a widely used tool in a collection development librarian’s toolkit to assess the relevance and usefulness of a library’s collection to its patrons. The use of citation analysis of students’ theses and dissertations adds another dimension to this evidence-based user-centered approach to assessing collection development activities of the library. In this project, a liaison librarian and a systems specialist teamed up to make use of a systems approach to analyze the citations of doctoral dissertations from the Biological and Environmental Science and Engineering (BESE) Division in a graduate research institution. Making use of KNIME, an open source data-mining software, we created a workflow to examine citation data to discover citation patterns of student dissertations across the different programs within the BESE division and resource usage. This is matched against the current library holdings as well as compared with usage statistics obtained from JUSP. Results suggest that as an academic division, the BESE Division is not a homogenous division and citation patterns are different across the different programs. What and how references are cited are also valuable information to inform, direct and focus our collection development and information literacy program. The use of an open source data-mining software helps to automate the citation analysis process and provides an efficient and replicable framework to analyze citation data to supplement usage statistics. This would be useful for academic libraries planning to conduct similar studies to assess the usefulness of their collection with respect to the research activities of graduate students.

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