A Google Custom search engine for OER, created by Robert Schuwer.
Creative Commons is pleased to announce an award of new funding in the amount of $800,000 over two years from Arcadia, a charitable fund of Lisbet Rausing and Peter Baldwin, in support of CC Search, a Creative Commons technology project designed to maximize discovery and use of openly licensed content in the Commons.
“Open access is growing across the industry, but it can be hard to know which articles are open and which are subscription. Being able to easily find and identify open access content saves researchers time and effort. With Elsevier’s new partnership with Impactstory, a nonprofit that creates online tools to make science more open and reusable, researchers will soon be able to find open access content on Scopus more efficiently. Meanwhile, for university research offices, the expansion of OA-identified content in Scopus will enable improved strategic analysis and benchmarking.
“The open access movement has done a great job of making content open, but it hasn’t always made this open content easy to find,” said Jason Priem, co-founder of Impactstory. “By partnering with Elsevier, we’re are able to get that OA content out there where it can be used. We think this is a key step toward a more powerful, universally open science communication ecosystem.” The agreement will enable Elsevier to integrate document-level OA data from Impactstory’s Unpaywall database with Scopus content; identification and tagging of Scopus’ OA peer-reviewed articles will begin in August and roll out through November 2018….”
“Our plan: provide access to both content and context, for free, in one place. To do that, we’re going to bring together an open a database of OA papers with a suite AI-powered support tools we’re calling an Explanation Engine. We’ve already finished the database of OA papers. So that’s good. With the free Unpaywall database, we’ve now got 20 million OA articles from 50k sources, built on open source, available as open data, and with a working nonprofit sustainability model….”
“The Open Access Tracking Project (OATP) is a crowd-sourced project running on free and open-source software to capture news and comment on open access (OA) to research. It has two missions: (1) create real-time alerts for OA-related developments, and (2) organize knowledge of the field, by tag or subtopic, for easy searching and sharing….”
Slides: “This conversation will be about how DOIs and ORCID iDs only recently entered BASE, one of the largest academic search engines, which happens to be non-commercial. BASE harvests bibliographic metadata via OAI-PMH from thousands of publication repositories – each of which has its own idea about Dublin Core, the lowest common denominator of metadata formats. So we normalize the data from each repository. Authors have been able to claim their own publications in BASE since mid-2017 by connecting them to their ORCID iD. It is an open research question how this linkage information could percolate back to the source repositories.”
“Have you ever spent hours sifting through journal papers? Ever got frustrated at your inability to find relevant research? Ever wished that there was an easier way to filter the seemingly endless stream of information on the web? The team at Iris.ai certainly did, which is why they have created an AI-powered science assistant to help anyone that wants to find related papers for an original research question. The software – Iris.ai – can be used to build a precise reading list of research documents, and the company claims that it can solve your research problems 78% faster (without compromising quality) than if you were carrying out the tasks manually. The concept for Iris.ai was first established three years ago at NASA Ames Research Centre. The team was taking part in a summer programme run by Singularity University (SU) when they were set the task of creating a concept that would positively affect the lives of a billion people. This exercise got the team thinking about the current state of scientific research, and more specifically about the restrictions created by paywalls, and the inability of human intelligence alone to process the three thousand or so research papers that are published around the world every single day….
When asked about challenges that the team have experienced so far, Ms Ritola was quick to point out the issue of paywalls. She explained that the Iris.ai system is connected to about 130 million open access papers – almost all those available to the public – but that many useful documents are still hidden behind systems that require users to pay for access.
However, rather than just accepting this situation as it is, the Iris.ai team have devised a scheme to solve the problem– Project Aiur – an initiative that aims to revolutionise the current workings of the research world.
“What we’re trying to do is to build a community, which is not owned by us, but by a community of researchers, a community of coders, anyone who wants to contribute to building a new economic model for science that works around a community governed AI-based Knowledge Validation Engine and an open, validated repository of science. Over time, the goal is to give access to all the research articles that are in this world”, Ms Ritola told The Saint.
This is not a straightforward task, as the Iris.ai team are faced with the challenge of encouraging researchers to publish and carry out their investigations using Aiur rather than the current systems- something that will take a fair amount of research and incentivisation. The team have started a pledge, offering students and researchers the chance to be an “advocate for validated, reproducible, open-access scientific research.” At the time of the interview,Ms Ritola informed The Saint that more than 5,000 people had signed the pledge….”
“ScienceFair uses blazing-fast search and a clean user interface to help you find and filter the literature you need. No hidden menus or complex settings….Instead of static PDFs, ScienceFair uses the eLife Lens reader for a rich reading experience that helps you navigate and interpret scientific papers better….Search your own library and any number of distributed literature collections simultaneously – the results are seamlessly merged as they stream in from the peer-to-peer network….Results are automatically data-mined in real-time, giving you a live updating dashboard you can use to analyse the literature and refine your discovery process.”
“There are a number of problems in the world of science today hampering global progress. In an almost monopolized industry with terrible incentive misalignments, a radical change is needed. The only way to change this is with a grassroots movement – of researchers and scientists, librarians, scientific societies, R&D departments, universities, students, and innovators – coming together. We need to remove the powerful intermediaries, create new incentive structures, build commonly owned tools to validate all research and build a common Validated Repository of human knowledge. A combination of blockchain and artificial intelligence provides the technology framework, but as with all research, the scientist herself needs to be in the center. That is what we are proposing with Project Aiur, and we hope you will join us….
The outlined core software tool of the community will be the Knowledge Validation Engine (KVE). It will be a fully-fledged technical platform able to pinpoint: ? the building blocks of a scientific text;
? what the reader needs to know to be able to understand the text;
? what are the text’s factual sources; and,
? what is the reproducibility level of the different building blocks.
The platform will take a scientific document in the form of a scientific paper or technical report as an input, and it will provide an analytical report presenting:
? the knowledge architecture of the document;
? the hypotheses tree supporting the presented document’s hypothesis;
? the support level found for each of the hypotheses on the hypotheses tree; and,
? their respective reproducibility. All of this will be based on the knowledge database of scientific documents accessible to the system at any given point in time (knowledge in an Open Access environment). …”