The JISC Funded Faroes Project has been working to reinvent Teaching and Learning Repositories learning from the best practices of Web 2.0. They have successfully deployed an innovative repository called The Language Box that acts as a community repository for Language teachers. The Faroes team has discovered that more sophisticated profile pages give users a home within the repository, act as a focus for their work, and help them feel more ownership of the work that they deposit. This increases the visibility of the repository and encourages more deposits.
The allAboutMePrints project will build on the work of Faroes to make Sophisticated Profile pages available to any repository based on the EPrints Project. The project will:
The Live Data features and widgets will be developed in collaboration with the existing Language Box community, and will be of deployed to the Language Box as well as being made available for installation in repositories in other institutions.
The OneShare project will build on the existing EdShare Southampton and Language Box repositories in order to create a Deposit Once methodology, where students and practitioners can use a Virtual Learning Environment, Community or Institutional Repository as part of single system, knowing that a deposit made in to any one of those systems will be propagated to the others.
To achieve this three challenges need to be overcome:
The OneShare project will tackle these three challenges, using the Language Box and EdShare Southampton as exemplars to develop guidance materials, EPrints software extensions, and a deposit once architecture that can be repurposed at other institutions. Our objective is for the Deposit Once methodology to help teaching and learning repositories gain greater acceptance with users and institutions across the UK, supporting efforts to allow teachers and lecturers to share their materials, and create a public library of open content.
Investigated long-term preservation for institutional repositories (IRs), by identifying preservation services in conjunction with specialists, such as national libraries and archives, and building support for services into popular repository software, in this case EPrints. The project moved towards a powerful and flexible framework based on granular Web services and providers. An exemplar service produced by the project was PRONOM-ROAR, which allies a digital file format identification service, PRONOM from the National Archives, with a Web registry of repositories (ROAR).
This project was superseded by the Preserv2 project.
A JISC project to enable a diverse range of digital content presented by institutional repositories - research papers, science data, arts, teaching materials and theses - to be managed effectively today, tomorrow and beyond.
The project will build on the work begun in the Preserv and Preserv2 projects.
This project aims to develop algorithms so that when network failures mean that nodes cannot communicate their data to the base station the gathered sensor readings can be backed up to other nodes. These backup copies can then be used to recover the data in the event of the original sensing node failing.
This research programme is aimed to develop a new generation of micro/nano thermoelectric generator for power harvesting applications by using the latest submicron micromachining processes. Such a device is intended initially for use in power harvesting applications and will be demonstrated powering a wireless sensor node from modest temperature gradients at ambient room temperature.
This research programme is aimed to develop a new generation of micro/nano thermoelectric generator for power harvesting applications by using the latest submicron micromachining processes. Such a device is intended initially for use in power harvesting applications and will be demonstrated powering a wireless sensor node from modest temperature gradients at ambient room temperature.
This research programme is aimed to develop a new generation of micro/nano thermoelectric generator for power harvesting applications by using the latest submicron micromachining processes. Such a device is intended initially for use in power harvesting applications and will be demonstrated powering a wireless sensor node from modest temperature gradients at ambient room temperature.
This project will employ a VRE to enable behavioural scientists working within a variety of disciplines across the university to collaborate in sharing and reviewing components of internet-delivered interventions. We will analyse and describe how the VRE can be flexibly used to support collaborations within and outside the university. Behavioural interventions (BIs) ââ¬â packages of advice and support for behaviour change ââ¬â are arguably the most important methodology and technology employed by behavioural scientists for understanding and changing behaviour. Internet-Based BIs (IBBIs) are beginning to play a crucial role in the delivery of BIs. If IBBIs could be viewed and shared within a VRE this would allow wider research communities to greatly speed up the research cycle of producing intervention components and testing them using large, pooled datasets. We have confirmed that there is enthusiasm to collaborate in developing IBBIs; we are already collaborating with UCL on this project and after holding several workshops have developed a large network of potential collaborators from other universities from within the UK, Europe, and the USA. The challenge to the university is how best to support resource sharing, critical analysis, publishing, and peer review of IBBIs within these inter-disciplinary research groups and networks. The behavioural scientists want to be able to collaborate on the building of the IBBI, discuss the IBBI (peer review), securely make available the results of the IBBI to other behavioural scientists, allow others to use this anonymised data in meta-studies, and inform others of what worked or did not. In this project we intend to build on the JISC VRE funded projects ââ¬ËCOREââ¬â¢ and ââ¬ËmyExperimentââ¬â¢. The target wider community nationally and internationally is represented by the e-social science, behavioural science, and VRE communities. The impact of this project will be in two main areas: the technology, and the user communities. Technology-wise the baseline comprises the CORE and myExperiment projects; we will be combining the experiences and technologies of these previous existing VRE projects. By completing this work we intend to extend this knowledge from the medical and science domains and apply it to the behavioural science domain.