Collection of Resources for growing Open Science

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This project was created during the CERN Webfest Hackathon 2013. http://pear.ly/cg09j Resources: http://en.wikipedia.org/wiki/Science_2.0 http://scienceresources.wikidot.com/start

Technology News & Politics

Just Publish
Science Resources
ScienceResources.wikidot.com
anton.osika@gmail.com

1. Hidden data
2. Ideas that need collaboration

Open Source Software
- amazing consequences

Why not in science?
Time. Competition. Credits.

Realised how we could make
the most impact…

Collection with useful material
for scientists. Tools and Tips.
End Result:

Open collaboration:
Scientists can add links to their projects

What now?
• Open to add tools, technology, Open Projects

What now?
• Open to add tools, technology, Open Projects
• Depends on real life interaction

What now?
• Open to add tools, technology, Open Projects
• Depends on real life interaction
• Ask: What Open Science are your collegues promoting?

What now?
• Open to add tools, technology, Open Projects
• Depends on real life interaction
• Ask: What Open Science are your collegues promoting?
• Give credits to those who share

Science Resources
ScienceResources.wikidot.com
anton.osika@gmail.com

What's hot

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As a result of the advent of internet technologies supporting participation on the internet via blogs, wikis and other social networking approaches, chemists now have an opportunity to contribute to the growing chemistry content on the web. As scientists an important skill to develop is the ability to succinctly report in a published format the details of scientific experimentation. The Royal Society of Chemistry provides a number of online systems to share chemistry data, the most well known of these being the ChemSpider database. In parallel the ChemSpider SyntheticPages (CSSP) platform is an online publishing platform for scientists, and especially students, to publish the details of chemical syntheses that they have performed. Using the rich capabilities of internet platforms, including the ability to display interactive spectral data and movies, CSSP is an ideal environment for students to publish their work, especially syntheses that might not support mainstream publication.

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Online networks are often considered a proxy for offline social networks, because of the potential to access a range of opinions and inter-relationship data from public data sources. Illuminating the social networks underpinning the social media platforms could inform studies of information dissemination, and the formation and evolution of opinion in the broader society. Questions of validity arise, however, due to an absence of a theory of online interaction behaviour, including the relationship between online and offline behaviour, and experimental methods, encompassing collection strategies. Uncertain network boundaries caused by temporal and sampling issues and platform constraints further affect data collection. Additionally, the question arises of what constitutes an edge between actors or entities in a network derived from social media data. While traditional social networks represent persistent relationships, the data available describes instantaneous online interactions and easily forgotten inactive connections (e.g., with disused accounts). Without contextual knowledge of actors and their activities, deriving a sound ontology of online interactions is challenging. Facebook friendships are bidirectional reciprocal ties, while Twitter or Instagram follow links are individual directed edges, and posts can mention many accounts, even ones not followed by the author. How do these contribute to relationships? Genuine evidence may only be posts on a common topic or a reply. Classifying individual posts as interactions or broadcasts, and modelling them appropriately, is also difficult. This presentation considers the question of how to construct meaningful social interaction networks from a variety of simultaneously collected Twitter datasets, specifically to address the question of reproducibility. Using datasets related to both events and topics, we show different definitions of relationships between actors lead to varying network topologies, with implications for network measures and interpretation. Centrality and community detection/cluster analysis and collection interruption are considered, and general guidelines for researchers studying online data streams are provided. Presented at the Australian Social Network Analysis Conference (ASNAC), 27-29 November 2019, Adelaide, South Australia. Co-authored with Mehwish Nasim (Data61, CSIRO), Lewis Mitchell (University of Adelaide) and Lucia Falzon (DST Group and University of Melbourne).

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Sharing Insights at Making Futures Sept 2015 The Circular Makespaces (CMS) project is one of two Level 1 feasibility studies on Future Makespaces in Redistributed Manufacturing, a two-year ESPRC funded research project run by the Royal College of Art in London. Team: Grit Hartung – Research Associate, Designer Researcher Sharon Prendeville – Research Associate, Design Researcher Erica Purvis – Sustainable Design Engineer Clare Brass – Co-Investigator, Head of SustainRCA Ashley Hall – Co-Investigator, Professor of Design Innovation and deputy head of the Innovation Design Engineering programme at the RCA “Eventually, everything connects – people, ideas, objects. The quality of the connections is the key to quality per se. …” (Eames) [Abstract] Makespaces have the potential to contribute – through physical and relational goods – to a new economy that is economically, socially and environmentally sustainable. While we presume that Makespaces are intrinsically engaged in a vision for a circular economy, there are few studies that support this. Likewise, anecdotal evidence from managers of such spaces, and their maker networks, suggests many are struggling to sustain themselves economically. While some research has already been undertaken to map out and review the activities and value of Makespaces today, little of this research explores the Makespace communities from a circular economy viewpoint. The current discourse lacks both the overarching theoretical insights and the practical tools, models and frameworks to assist Makespace actors with circular practices. This lack of knowledge sees the Makespace movement risk transferring the negative impacts of our current linear economic model to a redistributed form. In light of this research gap, the overarching aim of this research is to uncover triggers for circular practices to become embedded within Makespaces, thereby informing principles of redistributed manufacturing. The research will take an exploratory approach using contextual mapping to undertake case studies with selected exemplary Makespaces. The case study methodology will combine generative research techniques with design probes. The case studies, as part of the first stages of Future Makespaces in Redistributed Manufacturing (FM RdM) at RCA, will uncover insights on people, ideas and objects for circular practices within exemplary Makespaces. Furthermore it will support systematic understanding on what current circular practices exist, the wider role of Makespaces (and their stakeholders) within a circular economy and redistributed manufacturing. The research will contribute to a wider conversation on embedding circular practices within Makespaces and their role in redistributed manufacturing. The findings will inform the next stages of the FM RdM project and wider context.

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The Raspberry Pi 5 was announced on October 2023. This new version of the popular embedded device comes with a new iteration of Broadcom’s VideoCore GPU platform, and was released with a fully open source driver stack, developed by Igalia. The presentation will discuss some of the major changes required to support this new Video Core iteration, the challenges we faced in the process and the solutions we provided in order to deliver conformant OpenGL ES and Vulkan drivers. The talk will also cover the next steps for the open source Raspberry Pi 5 graphics stack. (c) Embedded Open Source Summit 2024 April 16-18, 2024 Seattle, Washington (US) https://events.linuxfoundation.org/embedded-open-source-summit/ https://eoss24.sched.com/event/1aBEx

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