“Publications Router, the service from Jisc that adds research articles automatically to repositories, is now fully interoperable with Haplo Repository, an open-source repository and research information management system. This means that the Router service is now available to you if your institution uses Haplo and is a Jisc member….”
“We are pleased to announce the launch of the new persistent identifier (PID) services registry available at https://pidservices.org, a new service to find services built upon different PIDs from core technology providers and those who integrate from across a variety of disciplinary areas. This is a combined effort across multiple organizations as part of the EC-funded FREYA project grant (777523) with the aim of furthering discoverability of PIDs and the services that are built upon them….”
Increasing interest in open access (OA) monographs is reflected by the publication of four reports in 2019.
The cost of transitioning monographs to OA is a constant source of concern among all stakeholders.
Print remains an important medium for monographs – but for how long?
The fully OA licences used for journals are considerably less popular within the monograph ecosystem.
The technical interoperability taken for granted among journals is not yet evident in digital monograph publishing….”
“FAIRsFAIR is organising two workshops to gather input on the findings from an investigation into persistent identifier usage and semantic interoperability across European data infrastructures.
The findings are based on a review of projects and landmarks listed by the European Strategy Forum on Research Infrastructures (ESFRI) and various Research Data Alliance (RDA) groups and reveal a multiplicity of technical solutions and wide variation both within and between scientific domains. The report D2.1 Report on FAIR requirements for persistence and interoperability 2019 has been available for perusal and comments. Further feedback is now sought with a view to crystallising the recommendations for the next report….”
Abstract: Background: Today, telehealth is experiencing exponential growth in utilization. Paralleling this trend is the growth in the telehealth industry, with sharp increases in the number of platforms, functionalities, and levels of integrations within both the electronic health record and other technical systems supporting health care. When a telehealth network is intended to be used across independent health care systems, an additional layer of complexity emerges. In the context of regionalized telehealth networks that are not within the same health care system, not only are technical interoperability challenges a practical barrier, but administrative, clinical, and competitive elements also quickly emerge, resulting in fragmented, siloed technologies.
Objective: The study aimed to describe a statewide approach to deploying an interoperable open access telehealth network across multiple health systems.
Methods: One promising solution to the abovementioned concerns is an open access telehealth network. In the field of telehealth, an open access network (OAN) can be defined as a network infrastructure that can be used by health care providers without a closed or proprietary platform, specific obligatory network, or service-specific telehealth technologies. This framework for the development of an OAN is grounded in practical examples of clinical programs that function in each stage of network maturity based on the experience of the South Carolina Telehealth Alliance (SCTA). The SCTA’s experience details successes and challenges in an ongoing effort to achieve an OAN. The model describes an OAN in stages of collaborative maturity and provides insights into the technological, clinical, and administrative implications of making the collaboration possible.
Results: The four stages of an OAN are defined according to operational maturity, ranging from feasibility to demonstration of implementation. Each stage is associated with infrastructure and resource requirements and technical and clinical activities. In stage 1, technical standards are agreed upon, and the clinical programs are designed to utilize compliant technologies. In stage 2, collaboration is demonstrated through technical teams working together to address barriers, whereas clinical and administrative teams share best practices. In stage 3, a functional interoperable network is demonstrated with different institutions providing service through common telehealth end points at different patient care sites. In stage 4, clinical workflows are streamlined and standardized across institutions, and economies of scale are achieved through technical and administrative innovations.
Conclusions: The approach to OAN development described provides a roadmap for achieving a functional telehealth network across independent health systems. The South Carolina experience reveals both successes and challenges in achieving this goal. The next steps toward the development of OANs include advocacy and ongoing engagement with the developers of telehealth technologies regarding their commitment to interoperability.
“he Canadian Association of Research Libraries (CARL) is pleased to announce the availability of a plug-in to support new OpenAIRE guidelines in DSpace 5 & 6. The plug-in, developed by 4Science, a Certified Partner of DSpace, enables institutions using DSpace 5 & 6 to support OpenAIRE Guidelines for Literature Repositories, Version 4.
Comprehensive, interoperable metadata is an important aspect for discovery and to support other value added services for repositories. As such, several regional repository networks including Europe, Latin America and Canada have agreed to adopt OpenAIRE metadata guidelines in order to align the metadata across their networks and include ORCID for authors’ identification. The adoption of OpenAIRE metadata guidelines is also recommended for repositories that are complying with Plan S.
This development is part of an international collaboration between OpenAIRE, CARL and the Confederation of Open Access Repositories (COAR) to improve discovery and tracking of Canadian research outputs. The work on this plug-in was led by Queen’s University, and funded by several Canadian research libraries: Queen’s University, Université de Montréal, Université Laval, University of British Columbia, University of Saskatchewan, Vancouver Island University, and York University….”
Abstract: This article describes the design and development of an interoperable application that supports green open access with long-term sustainability and improved user experience of article deposit. The lack of library resources and the unfriendly repository user interface are two significant barriers that hinder green open access. Tasked to implement the open access mandate, librarians at an American research university developed a comprehensive system called Easy Deposit 2 to automate the support workflow of green open access. Easy Deposit 2 is a web application that is able to harvest new publications, to source manuscripts on behalf of the library, and to facilitate self-archiving to a university’s institutional repository. The article deposit rate increased from 7.40% to 25.60% with the launch of Easy Deposit 2. The results show that a computer system can implement routine tasks to support green open access with success. Recent developments in digital repository provide new opportunities for innovation, such as Easy Deposit 2, in supporting open access. Academic librarians are vital in promoting “openness” in scholarly communication, such as transparency and diversity in the sharing of publication data.
“Considering the wide range of communities and interests that our four speakers represented, there was a remarkable and reassuring level of agreement between them about what’s important, what’s working, and what needs to change. As a PID person myself, I was delighted that persistent identifiers came up (ahem) persistently as key to a robust and open research infrastructure. While there is certainly more work needed to harness their full potential, PIDs like DOIs and ORCID iDs are already enabling interoperability between the many systems and services researchers and their organizations are using. There was also agreement among the speakers that more work is needed to increase community awareness, adoption, and use of PIDs, and of the research infrastructure in general. Fragmentation of the infrastructure is an issue here as it’s virtually impossible for anyone to keep up with the myriad of researcher tools and services out there. Bianca Kramer and Jeroen Bosman’s ongoing work to track these tools makes for a scary read, and the thought of finding a way to make all of them sustainable is even scarier! But at the same time, as Karin pointed out, we need to ensure that the tools we do choose to use and support meet the needs of researchers across all disciplines — and that doesn’t mean just retrofitting tools that were originally developed for scientists, it means developing tools that take the requirements of different disciplines into account from the start….”