In this paper we present general recommendations for dealing with research software. We discuss incentives and metrics, software development and documentation, accessibility, publication and transfer strategies, infrastructures, quality assurance, licensing and other legal topics, education and training, as well as policies and guidelines. We consider research software, alongside text and data, as an essential element of open science. We argue that research software should be treated and acknowledged as a discrete product of the research process
Software source code contains a growing part of the scientific and technical knowledge developed in ...
These recommendations describe challenges relating to research software and provide recommendations ...
Across science disciplines, software code is being written by scientists and deemed critical to rese...
Scientific research relies on computer software, yet software is not always developed following prac...
Scientific research relies on computer software, yet software is not always developed following prac...
Research software is fundamental to contemporary research, yet it does not receive the recognition i...
Modern research in science and engineering relies heavily on software, but while academia uses citat...
Research software is fundamental to today’s research, yet it does not receive the recognition it des...
The authors are listed alphabetically by order of last name. This presentation was collaboratively p...
In computational science and in computer science, research software is a central asset for research....
Software plays a crucial role in the whole lifecycle of most of scientific data and must be consider...
Software plays a crucial role in the research lifecycle. Moreover, software is, alongside text and d...
The guidelines are intended to ensure sustainable use of research software at AWI. Depending on the ...
The Open Science agenda holds that science advances faster when we can build on existing results. Th...
Research software is fundamental to contemporary research. Yet it does not receive the recognition i...
Software source code contains a growing part of the scientific and technical knowledge developed in ...
These recommendations describe challenges relating to research software and provide recommendations ...
Across science disciplines, software code is being written by scientists and deemed critical to rese...
Scientific research relies on computer software, yet software is not always developed following prac...
Scientific research relies on computer software, yet software is not always developed following prac...
Research software is fundamental to contemporary research, yet it does not receive the recognition i...
Modern research in science and engineering relies heavily on software, but while academia uses citat...
Research software is fundamental to today’s research, yet it does not receive the recognition it des...
The authors are listed alphabetically by order of last name. This presentation was collaboratively p...
In computational science and in computer science, research software is a central asset for research....
Software plays a crucial role in the whole lifecycle of most of scientific data and must be consider...
Software plays a crucial role in the research lifecycle. Moreover, software is, alongside text and d...
The guidelines are intended to ensure sustainable use of research software at AWI. Depending on the ...
The Open Science agenda holds that science advances faster when we can build on existing results. Th...
Research software is fundamental to contemporary research. Yet it does not receive the recognition i...
Software source code contains a growing part of the scientific and technical knowledge developed in ...
These recommendations describe challenges relating to research software and provide recommendations ...
Across science disciplines, software code is being written by scientists and deemed critical to rese...