developing scientific software

Not all scientific computing is high-performance computing—the variety of s...

Not all scientific computing is high-performance computing—the variety of scientific software is huge. Such software might be complex.

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How can scientific-software development be improved? Exploring this questio...

How can scientific-software development be improved? Exploring this question requires investigations, solidly grounded in practice, into both the particular.

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New knowledge in science and engineering relies increas- ingly on results p...

New knowledge in science and engineering relies increas- ingly on results produced by scientific software. Therefore, knowing how scientists develop and use.

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New knowledge in science and engineering relies increasingly on results pro...

New knowledge in science and engineering relies increasingly on results produced by scientific software. Therefore, knowing how scientists.

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and Fraunhofer Center for Experimental Software Engineering-Maryland serve ...

and Fraunhofer Center for Experimental Software Engineering-Maryland serve the development of computational-science software (called codes) built for.

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Citation: Baxter SM, Day SW, Fetrow JS, Reisinger SJ () Scientific Software...

Citation: Baxter SM, Day SW, Fetrow JS, Reisinger SJ () Scientific Software Development Is Not an Oxymoron. PLoS Comput Biol 2(9).

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Düsseldorf: Düsseldorf Uni- versity Press. Developing Scientific Software: ...

Düsseldorf: Düsseldorf Uni- versity Press. Developing Scientific Software: The Role of the. Internet. Aleksandra Pawlik, Judith Segal, Helen Sharp, and Marian.

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Models of scientific software development. Judith Segal. The Open Universit...

Models of scientific software development. Judith Segal. The Open University. Milton Keynes MK7 6AA UK. +44 get-files.zone.id@get-files.zone.id

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This guest editors' introduction introduces a special issue on scienti...

This guest editors' introduction introduces a special issue on scientific software development. This issue is a sequel to the July/August issue, whose 6.

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Scientific software development has been characterized as end-user programm...

Scientific software development has been characterized as end-user programming (Segal, ), considered a candidate for Agile iterative development (e.g.

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“Many scientists and engineers spend much of their lives writing, debugging...

“Many scientists and engineers spend much of their lives writing, debugging, and maintaining software, but only a handful have ever been.

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July/August IEEE SoftwarE Dealing with Risk in Scientific Software. Develop...

July/August IEEE SoftwarE Dealing with Risk in Scientific Software. Development. Rebecca Sanders, Queen's University. Diane Kelly, Royal Military.

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What differentiates scientific coders from research software engineers? . i...

What differentiates scientific coders from research software engineers? . important that scientific code does not end its development cycle on.

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Summary: Today's research relies on trustworthy software. Many scienti...

Summary: Today's research relies on trustworthy software. Many scientists develop their own software; however, the quality of.

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More on scientific software in grants to the NIH (and most of the biology-f...

More on scientific software in grants to the NIH (and most of the biology-focused NSF) that pure software development efforts are worthwhile.

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