The Victory of Openness
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Why Openness in Education? David Wiley and Cable Green
GAME CHANGERS EDUCATION and INFORMATION TeCHNOLOGIES Edited by DIANA G. OBLINGER Game Changers: Education and Information Technologies © 2012 EDUCAUSE This book is released under a Creative Commons Attribution-NonCommercial-NoDerivs 3.0 license (http://creativecommons.org/licenses/by-nc-nd/3.0/). Authors retain the copyright to their individual contributions, which are released under the same Creative Commons license except as noted. For more information or for permission requests, please visit educause.edu/copyright. This book is available in its entirety on the EDUCAUSE website, at educause.edu/books. ISBN 978-1-933046-00-6 FROM THE EDITOR I would like to thank the many people who made this book possible, particularly Gregory Dobbin for managing the project and Karen Mateer for her research. —Diana G. Oblinger EDUCAUSE is a nonprofit association and the foremost community of IT leaders and professionals committed to advancing higher education. EDUCAUSE programs and ser- vices are focused on analysis, advocacy, community building, professional development, and knowledge creation because IT plays a transformative role in higher education. EDUCAUSE supports those who lead, manage, and use information technology through a comprehensive range of resources and activities. educause.edu Game Changers: Education and Information Technologies is published by EDUCAUSE, with generous support from Ellucian. Cover and interior design by Michael Brady Design (michaelbradydesign.com). 6 Why Openness in Education? David Wiley and Cable Green IN THIS chapter, we explore a number of ways openness affects the practices of teaching and learning and the motivations behind supporters of these emer- gent practices. We discuss the three principal influences of openness on educa- tion: open educational resources, open access, and open teaching. -
Open Courseware and Developing Countries: Building a Community
Open Courseware and Developing Countries: Building a Community This is the report of The Forum on the Impact of Open Courseware for Higher Education in Developing Countries, convened in Paris by UNESCO 1-3 July 2002, with the support of the William and Flora Hewlett Foundation and organizational assistance from the Western Cooperative for Educational Telecommunications, WCET. Participants mapped a collaborative course, involving colleges and universities from around the world, for the productive and creative use of openly shared educational resources. In advance comments, summarized in an appendix to this report, they provided insights on the potentials and complex issues involved. This report was prepared by John Witherspoon. Contents The Forum Report Introduction: Open Resources 3 Defining the Concept 3 Prospects and Issues 3 Open Educational Resources: Turning a Concept into Reality 5 Design of an Index/Database 5 Creating a Globally Viable Infrastructure 6 2003: From Concept to Operation 6 Appendix A: Overview of the MIT OpenCourseWare Initiative 7 Appendix B: Summary of Forum Participants’ Preliminary Papers 11 Appendix C: Participants and Organizational Representatives 15 2 Introduction: Open Resources In spring 2001 the Massachusetts Institute of Technology announced that over a half- dozen years the substance of virtually all its courses would be posted on the Web, available for use by faculty members and students around the world, at no charge.1 Just over a year later – before material from its first course was online – MIT’s OpenCourseWare concept became the focus of a new international community. This emerging consortium was organized to evaluate, adapt, use, and develop open resources for its members’ many cultures and diverse languages. -
Is Scholarly Publishing Like Rock and Roll?
Is Scholarly Publishing Like Rock and Roll? David W. Lewis Dean Emeritus, IUPUI University Library [email protected] https://orcid.org/0000-0001-9711-5565 August 2019 © 2019 David W. Lewis. This work is licensed under a Creative Commons Attribution- NonCommercial 4.0 International License. Abstract This article uses Alan B. Krueger’s analysis of the music industry in his book Rockonomics: A Backstage Tour of What the Music Industry Can Teach Us About Economics and Life as a lens to consider the structure of scholarly publishing and what could happen to scholarly publishing going forward. Both the music industry and scholarly publishing are facing disruption as their products become digital. Digital content provides opportunities to a create a better product at lower prices and in the music industry this has happened. Scholarly publishing has not yet done so. Similarities and differences between the music industry and scholarly publishing will be considered. Like music, scholarly publishing appears to be a superstar industry. Both music and scholarly publishing are subject to piracy, which threatens revenue, though Napster was a greater disrupter than Sci-Hub seems to be. It also appears that for a variety of reasons market forces are not effective in driving changes in business models and practices in scholarly publishing, at least not at the rate we would expect given the changes in technology. After reviewing similarities and differences, the prospects for the future of scholarly publishing will be considered. David W. Lewis — Is Scholarly Publishing Like Rock and Roll? 1 Introduction In his 2019 book, Rockonomics: A Backstage Tour of What the Music Industry Can Teach Us About Economics and Life, Alan B. -
From Openness to Permeability: Reframing Open Education in Terms of Positive Liberty in the Enactment of Academic Practices Oliver, M
From openness to permeability: reframing open education in terms of positive liberty in the enactment of academic practices Oliver, M. Learning, Media and Technology, 40(3):365-384. 03 Jul 2015. DOI:10.1080/17439884.2015.1029940 Abstract This paper explores the idea of open education, focusing specifically on the concept of openness. Previous discussions of open education are reviewed, using Knox’s discussion of “unfreedoms” as a critical lens. Contrasts are then drawn with the concept of ‘flexibility’, to illustrate ways in which openness could be developed. This leads to consideration of ideas from sociomaterial theory, focusing on networks and boundaries. A case study is then used to illustrate how these new developments play out empirically. The discussion then elaborates this in terms of ideas about mobility and fluidity. The paper concludes by arguing that the simplistic binary implied by ‘openness’ is largely irrelevant to the academic practices of teachers and learners. It is proposed that, instead, it should be replaced by a version that recognises the way individuals use infrastructures in pursuit of positive liberty. Such an alternative would help account for the various ways in which Universities are permeated by the personal, and vice versa. Introduction The concept of ‘open education’ has grown in importance and visibility, but the concept of openness is, arguably, under-developed within the field of learning technology. In this paper, the concept of open education will be reviewed; compared to wider discussions about flexibility in Higher Education; and illustrated using data from a study exploring contemporary academic practice. Closing education Although the concept and practice of ‘open education’ have grown in prominence over the last decade, debates continue to over-simplify ideas of openness in several important ways. -
Editor's Introduction
Editor’s Introduction Samuel A. Moore Panton Fellow, Open Knowledge Foundation & Dept. Digital Humanities Ph.D Programme, King’s College London, London, UK Panton Fellowships This book is the result of a year-long Panton Fellowship with the Open Knowledge Foundation and made possible by the Com- puter and Communications Industry Association. This is the sec- ond year that the fellowships have taken place, so far funding five early-career researchers across Europe. Throughout the year, fellows are expected to advocate for the adoption of open data, centred on promotion of the Panton Principles for Open Data in Science (see below). Projects have ranged from monitoring air quality in local primary schools, to How to cite this book chapter: Moore, S. A. Editor’s Introduction. In: Moore, S. A. (ed.) Issues in Open Research Data. Pp. 1–9. London: Ubiquity Press. DOI: http://dx.doi. org/10.5334/ban.a 2 Issues in Open Research Data transparent and reproducible altmetrics, to the Open Science Training Initiative and now this volume on open research data. In addition to the funding and training fellows receive, the Open Knowledge Foundation is a great network of supportive, like-minded individuals who are committed to the broad mis- sion of increasing openness throughout academia, government and society at large. I strongly encourage anyone eligible to con- sider applying for a future Panton Fellowship—it has been a very rewarding year. Panton Principles Science is based on building on, reusing and openly crit- icising the published body of scientific knowledge. (Murray-Rust et al. 2010) In 2009, a group of scientists met at the Panton Arms pub in Cambridge, UK, to try to articulate their idea of what best prac- tice should be for sharing scientific data. -
Innovation in Research, Editing, and Publishing
Panel 819. The New Open-Access Environment: Innovation in Research, Editing, and Publishing Special Panel at the Modern Languages Association, Austin, TX, Sunday 10th January 2016: https://apps.mla.org/program_details?prog_id=819&year=2016 Subject: The Profession Sub-subject: General, Publishing & Editing Keywords: open access, editing, journals, technology, innovation Dr Caroline Edwards (presider) Lecturer in Modern & Contemporary Literature, Birkbeck Editorial Director, Open Library of Humanities [email protected] @the_blochian Introduction to the Panel Discussion This special session will take the form of a roundtable discussion with four panelists and a presider. The roundtable will consider the ways in which open access (OA) publications are transforming the kind of research that is possible, as well as necessitating new editorial practices. Page 1 of 18 The case for making scholarship available open access is gathering pace. The combination of the open access movement and the crisis in library budgets to meet the soaring costs of commercially-published academic journals has led to the rise of national-level, institutional and funding-council mandates for open access in the UK (High Education Funding Council for England, Research Councils UK), the EU (Horizon 2020) and Australia (Australian Research Council), as well as throughout many US institutions. Over the past 5 years, debates concerning open access publishing have moved away from discussing whether or not this may be possible (or desirable) within the humanities. In 2016, we have reached a position in which various different stakeholders (including publishers, scholarly societies, editorial networks, and university libraries) are co-ordinating their efforts to transition towards publishing that removes permission and price barriers to accessing academic research. -
Science Is Fundamentally a Peer-To-Peer Process and Online Communities Will Shape the Evolution of Scholarly Publishing
Science is fundamentally a peer-to-peer process and online communities will shape the evolution of scholarly publishing blogs.lse.ac.uk/impactofsocialsciences/2013/07/03/publishing-evolution-disruption-and-the-future/ 7/3/2013 The transformation of publishing models and platforms remains a recurrent issue for the scholarly community to grapple with given new technologies. Graham Steel provides an overview of a recent conference on the role and evolution of scholarly publishing offering an expansive look at how digital technology will continue to support the advancement of science for the widest possible audience. Publishing: Evolution, Disruption & the Future was a one day Conference at the Edinburgh University Business School earlier this month. The event looked at how the publishing industry is changing and how it will continue to evolve given new platforms and digital tools. This post looks at the first session titled Open Information, Innovation & Communication: Making Publicly Funded Information Free, which featured talks from Cameron Neylon (PLOS), Tom Pollard (Ubiquity Press), Matt McKay (STM) and Mark Lester (Open University) to discuss the key trends shaping scholarly publishing and open information. This session explored how open data, open access and digital communications can help to make cutting edge research more efficient and engaging for the widest possible audience. Warts and all, the full 2:26 hours worth of the recording of Session One is below. Spin forward (link) to skip out the intro. section if you wish to go direct to the first talk by Cameron Neylon. Publicly funded research in the sciences, medicine, the arts and the humanities is often hidden behind paywalls and access is limited to those organisations who can afford to pay substantial subscription fees. -
Howopenisit? Open Access Spectrum FAQ How to Use the Guide Q1
HowOpenIsIt? Open Access Spectrum FAQ How to Use the Guide Q1: Is this guide meant to apply to publishers, journals, funders, policy makers, or authors? A1: The guide’s primary aim is to help authors make informed decisions on where to publish based on journal policies. It also provides a resource for funders and other organizations to help establish criteria for the level of Open Access (OA) required for their policies and mandates. Q2: How can I use this guide to assess a journal's degree of openness? A2: The guide will help you make an informed decision about where you elect to publish your research because it enables you to evaluate a journal’s policies with respect to where they are on the Open Access Spectrum as it relates to the six core components of OA. Q3: How does this chart relate to so-called "green" OA? A3: The Open Access Spectrum (OAS) is focusing primarily on journal policies. It therefore includes aspects that relate to the deposition of papers in institutional repositories as well as the automated deposition in specific repositories. Q4: The "How to Use this Guide" page in the OAS mentions the Budapest Open Access Initiative (BOAI). What is that? A4: In 2002, BOAI articulated the basic tenets of OA for the first time. The initial recommendations were developed by leaders of the OA movement. OA advocates have worked for the past decade to provide the public with unrestricted, free access to scholarly research, much of which is publicly funded. Making the research publicly available to everyone—free of charge and without most copyright and licensing restrictions—will accelerate scientific research efforts and allow authors to reach a larger number of readers. -
Open Content Mining Peter Murray-Rust,* Jennifer C
Open Content Mining Peter Murray-Rust,* Jennifer C. Molloy† and Diane Cabell‡ *University of Cambridge and OKFN, Cambridge, UK †University of Oxford and Open Knowledge Foundation, Oxford, UK ‡Oxford e-Research Centre, Creative Commons and iCommons Ltd, Oxford, UK Introduction As scientists and scholars, we are both creators and users of infor- mation. Our work, however, only achieves its full value when it is shared with other researchers so as to forward the progress of science. One’s data becomes exponentially more useful when combined with the data of others. Today’s technology provides an unprecedented capacity for such data combination. Researchers can now find and read papers online, rather than having to manually track down print copies. Machines (computers) can index the papers and extract the details (titles, keywords etc.) in order to alert scientists to relevant material. In addition, How to cite this book chapter: Murray-Rust, P., Molloy, J. C. and Cabell, D. 2014. Open Content Mining. In: Moore, S. A. (ed.) Issues in Open Research Data. Pp. 11–30. London: Ubiquity Press. DOI: http://dx.doi.org/10.5334/ban.b 12 Issues in Open Research Data computers can extract factual data and meaning by “mining” the content. We illustrate the technology and importance of content-mining with 3 graphical examples which represent the state of the art today (Figure 1–3). These are all highly scalable (i.e. can be applied to thousands or even millions of target papers without human inter- vention. There are unavoidable errors for unusual documents and content and there is a trade-off between precision (“accuracy”) and recall (“amount retrieved”) but in many cases we and others have achieved 95% precision. -
Working Together to Maximize Efficiency During the COVID-19 Pandemic
Working together to maximize efficiency during the COVID-19 pandemic A cross-publisher initiative #C19RapidReview Last updated: May 2020 This cross-publisher collaboration endorsed by the Open Access Scholarly Publishers Association (OASPA) aims to ensure research related to COVID-19 is reviewed and published as quickly as possible. We have come together across the open publishing industry to support academics; peer reviewers, editors and authors, and to ensure the widest and quickest dissemination of relevant quality content. To this end, we encourage academics to sign up to a reviewer database. Please, consider signing up as a rapid reviewer by filling in this form. We also encourage authors to use preprint servers and call on other publishers to action with a focus on open data. Read the formal Letter of Intent for more information and help us spread the word on social media using #C19RapidReview. List of organizations and journal titles participating in the #C19RapidReview initiative Royal Society Proceedings A Proceedings B Open Biology Biology Letters Interface Royal Society Open Science Hindawi Advances in Public Health Analytical Cellular Pathology BioMed Research International Canadian Journal of Infectious Diseases and Medical Microbiology Canadian Respiratory Journal Cardiology Research and Practice Case Reports in Critical Care Case Reports in Emergency Medicine Case Reports in Immunology Case Reports in Infectious Diseases Case Reports in Medicine Case Reports in Otolaryngology Case Reports in Pulmonology Complexity -
A Brief History of Open Educational Resources T
A Brief History of Open Educational Resources T. J. Bliss* and M. Smith Hewlett Foundation *[email protected] Editors’ Commentary The Hewlett Foundation has been a key supporter of the open movement, donating over US170 million dollars over the past 15 years. In this chapter, authors T. J. Bliss and M. Smith—both of the Hewlett Foundation—ask whether this investment has been worthwhile. To answer this provocative question they trace the history of the open movement itself. They begin in the 1990s with fledging programs that formed the foundation for modern open education. From there, they cover the period they refer to as ‘open’s adolescence’ from 2004 to 2010. Finally, they discuss recent trends in open, Hewlett Foundation funding priorities, and their hopes for the future of the movement. Introduction The Open Educational Resources (OER) movement is fifteen years old. This essay reviews OER’s history, extraordinary growth, and place in education from the perspective of one current and one former employee of the William and Flora Hewlett Foundation.1,2 Since 2001, the Hewlett Foundation has pro- vided just over US$170 million to develop and extend the reach and effective- ness of OER. We tell the story of OER’s development, provide examples and discuss uses of OER, and sketch its potential as a powerful tool for reducing How to cite this book chapter: Bliss, T J and Smith, M. 2017. A Brief History of Open Educational Resources. In: Jhangiani, R S and Biswas-Diener, R. (eds.) Open: The Philosophy and Practices that are Revolutionizing Education and Science. -
D4science Data Infrastructure Service Level Agreement Service Level
D4Science Data Infrastructure Service Level Agreement Service Level Agreement Data Customer OpenMod Initiative Provider D4Science.org Start Date TBC End Date TBC Status DRAFT Agreement Date TBC D4Science https://www.d4science.org/ CHANGE LOG Reason for change Issue Actor Date Proposed Service Level Agreement 1.0 D4Science.org 30/08/2019 Service Level Agreement Page 2 of 42 D4Science https://www.d4science.org/ LIST OF ABBREVIATIONS ABAC Attribute-based access control D4Science Distributed infrastructure for collaborating communities IT Information Technology TLS Transport Level Security VRE Virtual Research Environment SDI Spatial Data Infrastructure Service Level Agreement Page 3 of 42 D4Science https://www.d4science.org/ TABLE OF CONTENTS CHANGE LOG ............................................................................................................................ 2 LIST OF ABBREVIATIONS ........................................................................................................... 3 TABLE OF CONTENTS ................................................................................................................ 4 LIST OF TABLES ........................................................................................................................ 6 1 SLA COORDINATES ........................................................................................................... 7 2 D4SCIENCE INFRASTRUCTURE SECURITY .......................................................................... 9 3 THE SERVICES ...............................................................................................................