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To see which system are employed by each UK He Institution to to the (overall) HE systems review page
"Jisc is creating a Repository Purchasing Framework (a Dynamic Purchasing System), following feedback from the UK research sector and our members about the difficulties of procuring repository services, and the need for leadership and minimum standards in this area.
How will it work?
The framework will set out minimum standards that suppliers must comply with in order to have their product included. Suppliers will apply to be included, with the first wave of awards completed in the Spring. Additional suppliers can be added at any time.
Our members will be able to use the framework to run mini competitions with suppliers, using standard templates provided, and adding additional requirements of their own, if necessary. The Jisc framework team will administer the process, sending clarifications and responses to the member, who will then use their criteria to identify the preferred supplier. If a supplier is selected, Jisc notifies all bidders of the result and contracts are between the preferred supplier and member are drawn up.
Benefits and opportunities for members
Dr Tamsin Burland
Digital Resources, Jisc
15 Fetter Lane, London, EC4A 1BW
T 07468 727061
Neil Jacobs.Fixing the UK repository landscape Jisc Open access briefing paper, 23.10.18
"This paper outlines the current state of the organisational, cultural and technical landscape related to OA repositories in the UK, trends and recent developments, and suggestions for improvement"
Of the 160 institutional repositories, 27 use the DSpace open source software, 98 use the EPrints open source software, and 13 use Elsevier’s PURE product. A sizeable minority of those using open source software in fact pay for a hosted solution managed by a third party. Those with local installations are often running rather old software, perhaps because an accretion of local configurations makes it difficult to upgrade "
Bryant, Rebecca, Brian Lavoie and Constance Malpas. 2017. A Tour of the Research Data Management (RDM) Service Space. The Realities of Research Data Management, Part 1. Dublin, Ohio: OCLC Research.
From the introduction:
"Research data management (RDM) has emerged as an area of keen interest in higher education, leading to considerable investment in services, resources and infrastructure to support researchers’ data management needs. This is the first in a series of reports by OCLC Research which examines the context, influences and choices higher education institutions face in building or acquiring RDM capacity—in other words, the infrastructure, services and other resources needed to support emerging data management practices. Our findings are derived from detailed case studies of four research universities, hailing from four distinct national contexts: the University of Edinburgh (UK), the University of Illinois at Urbana-Champaign (US), Monash University (Australia) and Wageningen University & Research (the Netherlands). In this introductory report, we provide some brief background on the emergence of RDM as a focus for research support services within higher education; present a simple framework for navigating the contours of the RDM service space; describe the methodology we employed for assembling our findings and discuss the key elements of RDM capacity acquisition these findings address; and offer a preview of the next report in the series"
For a list of the Research Management Systems used in each UK Higher Education Institution see the Who uses what system page
Haplo Research Manager
The above are in addition to systems used to manage research outputs such as publication (typically managed within an Institutional Repository (IR) such as
Research data may also be manged using those systems. For more information about Research Data Management (RDM) see the Jisc Research Data Shared service This is a major Jisc initiative running until April 2018 with a budget of £1,000,000
**Research information management systems – a new service category?** Most of the information below is taken from a 2014 blog post by Lorcan Dempsey. It serves as a good introduction
(What follows is an extract for Lorcan Dempsey's blog). Click on the link above to read the complete blog post
October 26, 2014 Lorcan Dempsey
It has been interesting watching Research Information Management or RIM emerge as a new service category in the last couple of years. RIM is supported by a particular system category, the Research Information Management System (RIMs), sometimes referred to by an earlier name, the CRIS (Current Research Information System).
For reasons discussed below, this area has been more prominent outside the US, but interest is also now growing in the US. See for example, the mention of RIMs in the Library FY15 Strategic Goals at Dartmouth College.
Research information management
The name is unfortunately confusing – a reserved sense living alongside more general senses. What is the reserved sense? Broadly, RIM is used to refer to the integrated management of information about the research life-cycle, and about the entities which are party to it (e.g. researchers, research outputs, organizations, grants, facilities, ..). The aim is to synchronize data across parts of the university, reducing the burden to all involved of collecting and managing data about the research process. An outcome is to provide greater visibility onto institutional research activity. Motivations include better internal reporting and analytics, support for compliance and assessment, and improved reputation management through more organized disclosure of research expertise and outputs.
A major driver has been the need to streamline the provision of data to various national university research assessment exercises (for example, in the UK, Denmark and Australia). Without integrated support, responding to these is costly, with activities fragmented across the Office of Research, individual schools or departments, and other support units, including, sometimes, the library. (See this report on national assessment regimes and the roles of libraries.)
Some of the functional areas covered by a RIM system may be:
To meet these goals, a RIM system will integrate data from a variety of internal and external systems.Typically, a university will currently manage information about these processes across a variety of administrative and academic departments. Required data also has to be pulled from external systems, notably data about funding opportunities and publications.
Several products have emerged specifically to support RIM in recent years. This is an important reason for suggesting that it is emerging as a recognized service category.
Pure and Converis are parts of broader sets of research management and analytics services from, respectively, Elsevier (Elsevier research intelligence) and Thomson Reuters (Research management and evaluation). Each is a recent acquisition, providing an institutional approach alongside the aggregate, network level approach of each company’s broader research analytics and management services.
Symplectic is a member of the very interesting Digital Science portfolio. Digital Science is a company set up by Macmillan Publishers to incubate start-ups focused on scientific workflow and research productivity. These include, for example, Figshare and Altmetric.
Other products are also relevant here. As RIM is an emerging area, it is natural to expect some overlap with other functions. For example, there is definitely overlap with backoffice research administration systems – Ideate from Consilience or solutions from infoEd Global, for example. And also with more publicly oriented profiling and expertise systems on the front office side.
Jisc Research Data Shared service This is a major Jisc initiative running until April 2018 with a budget of £1,000,000
From the website:
"We’re working on a pilot service to allow researchers and institutions to meet their policy requirements for the deposit and curation of research data.
What we’re doing: The pilot service will enable researchers to easily deposit data for publication, discovery, safe storage, long term archiving and preservation. This means that they are able to provide sustainable access to research data so it can be re-used.