“Research Resource Identifiers (#RRID) are ID numbers assigned to help researchers cite key resources (antibodies, model organisms and software projects) in the biomedical literature to improve transparency of research methods….”
“Most researchers and policymakers support the idea of making research, and specifically research outputs, findable, accessible, interoperably, and reusable (FAIR). The concept of FAIR has been well-developed for research data, but this is not the case for all research products. This blog post seeks to consider how the application of FAIR to a range of research products (beyond data) could result in the development of different sets of principles for applying FAIR to different research objects, and to ask about the implications of this….
“Our Accelerate Open Science Project aims to give context to various developments in the area of Open Science, and to make information about topics such as FAIR data easier accessible.
These slides are an adjusted version of the content from the https://fair-software.eu/ website, which is a collaboration between the Netherlands eScience Center and DANS….”
“The Community-led Open Publication Infrastructures for Monographs project (COPIM) has today released the code originally written for their Opening the Future initiative, which collects and processes library signups. This release makes the software freely available for any publisher to adapt and use themselves – it is a generic signup system for open-access projects that have consortial membership models….”
“Software is essential to research, and is regularly an element of the work described in scholarly articles. However, these articles often don’t properly cite the software, leading to problems finding and accessing it, which in turns leads to problems with reproducibility, reuse, and proper credit for the software’s developers. In response, the FORCE11 Software Citation Implementation Working Group, comprised of scholarly communications researchers, representatives of nineteen major journals, publishers, and scholarly infrastructures (Crossref, DataCite), have proposed a set of customizable guidelines to clearly identify the software and credit its developers and maintainers. This follows the earlier development of a set of Software Citation Principles. To realize their full benefit, we are now urging publishers to adapt and adopt these guidelines to implement the principles and to meet their communities’ particular needs….”
“Thoth (/?o??, to?t/, Greek ??? < Coptic ????? < Egyptian ??wtj) is an Open Dissemination System for Open Access books. Written purely in rust, it consists of:
A GraphQL API, implementing a data model specifically designed for OA books
An actions API to export metadata in formats like ONIX, MARC, etc.
A WebAssembly GUI to manage metadata records….”
Abstract: Scientific software registries and repositories serve various roles in their respective disciplines. These resources improve software discoverability and research transparency, provide information for software citations, and foster preservation of computational methods that might otherwise be lost over time, thereby supporting research reproducibility and replicability. However, developing these resources takes effort, and few guidelines are available to help prospective creators of registries and repositories. To address this need, we present a set of nine best practices that can help managers define the scope, practices, and rules that govern individual registries and repositories. These best practices were distilled from the experiences of the creators of existing resources, convened by a Task Force of the FORCE11 Software Citation Implementation Working Group during the years 2019-2020. We believe that putting in place specific policies such as those presented here will help scientific software registries and repositories better serve their users and their disciplines.
“Here are a few thumbnail descriptions of just some of the other progress a Digital Progress Administration could bring within reach:
Shared continuously improving software to more affordably manage public contacts and interactions with government agencies. Why is it so hard, in 2020, to get information about social security issues, military service records, available federal benefits, IRS rules, etc.? Why can’t the state of California, for example, deliver unemployment benefits in a timely way to millions of qualified desperate individuals? Why is it taking California’s DMV months to process a simple change of ownership? Proprietary software vendors, who always seek to “lock in” government contracts in ways that lock out competitors, have no reason to make things simpler, less expensive, or more transparent. Unless we demand those features.
Shared continuously improving software that manages parking, traffic patterns and enforcement, and transportation services including so we can more reliably determine when the bus or train will arrive. Ditto with shared public software that can track and monitor climate change inputs and outputs.
Shared publicly-owned software that finally enables a real start on the dream of Smart Cities, which has foundered here in the U.S. but which is happening more quickly in many other countries, including in China, primarily because U.S. tech vendors insist on owning Smart City software solutions and charging royalties in perpetuity, rather than selling software solutions that other vendors can service and improve.
Software that citizens can use to register their employment status, availability for work, and the amounts they spend on items such as food and housing, to replace the inaccurate statistics on which so many wrongheaded government policies are based.
Software that provides candidates for public office a reliable way to present their platforms and pitches to voters without having to pay huge sums to intermediary for-profit media companies.
A public social network that enforces basic standards of accuracy, decency, and fairness as an alternative to social networks driven entirely by profit motives (think the social networking equivalent of how public broadcasting lives side-by-side with commercial broadcasting).
Something I have been calling for for years: more public investments in the creation and continuous improvement of open educational resources as substitutes for proprietary K-12 and college textbooks, which unnecessarily consume billions of dollars a year in public resources and student financial aid. The government can, today, right now, make free online textbooks available to students at a tiny fraction of their present cost, much of which the public already shoulders. Open educational resource textbook passages can be printed out as needed for just the cost of paper and ink….”