Welcome to my blog!
Bruce Berriman is an astronomer and computer scientist at the Infrared Processing and Analysis Center, California Institute of Technology.-
Recent Posts
- A Mosaic of TESS Images Acquired Near The South Ecliptic Pole
- Results from a US survey about Research Software Engineers
- Software Citation Implementation in Astronomy
- The Virtual Observatory Is Very Much Real!
- Virtual and Augmented Reality for Space Science and Exploration
- Best Practices for a Future Open Code Policy
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Blog: AstroCompute Topics:Astronomy, Science, Computers
Tag Archives: scientific computing
First Workshop on Maintainable Software Practices in e-Science – Presentations On-line
All the presentations from the Workshop on Maintainable Software Practices, held in Chicago as part of 8th International Conference on e-Science 2012, have been posted on-line at the workshop’s web site. I posted my talk on “Adoption of Software by … Continue reading
Posted in computer videos, cyberinfrastructure, High performance computing, image mosaics, information sharing, Parallelization, programming, social media, social networking, software engineering, software maintenance, software sustainability, user communities
Tagged cloud computing, computer videos, computing, cyberinfrastructure, high-performance computing, information sharing, Montage, parallelization, scientific computing, software, software maintenance, software sustainability, user communities, Web 2.0
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Adoption of Software by a User Community: The Montage Image Mosaic Engine Example
Today, I have been attending the Maintainable Software Practices in e-Science (SoftwarePractice 2012) workshop at the IEEE e-Science 2012 conference in Chicago. The workshop focused on “the issues relating to the development and maintenance of software that can endure past … Continue reading
Posted in astroinformatics, Astronomy, astronomy surveys, cyberinfrastructure, High performance computing, image mosaics, information sharing, Parallelization, programming, software engineering, software maintenance, software sustainability
Tagged astroinformatics, astronomy, astronomy surveys, computing, cyberinfrastructure, high-performance computing, information sharing, Montage, parallelization, scientific computing, software, software maintenance, software sustainability
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Smartphone grids – the future for distributed computing?
This is the title of an article in the Sept 12 edition of International Science Grid This Week. It is described a paper by Busching, Schildt and Wolf, presented at a workshop held as part of the 32nd International Conference on Distributed Computing … Continue reading
Posted in astroinformatics, Astronomy, citzen science, cyberinfrastructure, Grid Computing, High performance computing, information sharing, Parallelization, programming, social networking, software engineering, software maintenance, software sustainability
Tagged astroinformatics, astronomy, computing, cyberinfrastructure, Grid Computing, high-performance computing, information sharing, parallelization, scientific computing, social media, software, software maintenance, software sustainability
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yt: An Integrated Science Environment for Astrophysical Simulations
yt is a community-developed high-performance analysis and visualization toolkit for astrophysical simulation data. This video by Matthew Turk gives an excellent introduction to it: The yt webpage is, in my view, a model for the content of a collaborative software … Continue reading
Posted in astroinformatics, Astronomy, computer videos, cyberinfrastructure, High performance computing, information sharing, Parallelization, programming, software engineering, software maintenance, software sustainability, visualization
Tagged astronomy, cloud computing, computer videos, computing, cyberinfrastructure, high-performance computing, information sharing, parallelization, scientific computing, software, software maintenance, software sustainability
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Hunting Exoplanets with Kepler and Big Computers!
The International Science Grid This Week posted a fascinating article on how high performance computing is being used to analyze time-series data sets from the Kepler mission. Kepler’s primary goal is to determine the frequency of Earth-sized planets around other … Continue reading
Posted in Astronomy, astronomy surveys, cyberinfrastructure, Data Management, exoplanets, Grid Computing, High performance computing, information sharing, Kepler, Machine learning, Parallelization, programming, software engineering, software maintenance, Time domain astronomy, time series data, Transiting exoplanets, XSEDE
Tagged astronomy, astronomy surveys, computing, cyberinfrastructure, exoplanet, high-performance computing, information sharing, Kepler, Kraken, parallelization, scientific computing, software, software maintenance, software sustainability, time domain astronomy, transiting exoplanets, XSEDE
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Presentations at .astronomy 4 now on-line!
Many of the presentations given at the .astronomy 4 conference have now been posted on-line. The conference was held in Heidelberg, Germany in July, and I gave an overview of some of the many highlights a few weeks ago. This … Continue reading
Posted in astroinformatics, Astronomy, cyberinfrastructure, education, information sharing, knowledge based discovery, social media, social networking, software engineering, user communities, visualization, Web 2.0
Tagged astroinformatics, astronomy, computer videos, computing, information sharing, scientific computing, social media, social networking, software, software maintenance, software sustainability, user communities, visualization, Web 2.0
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Software Training Discussion Session at .Astronomy 4
The dotAstronomy 4 conference included a number of what are called “unconference” sessions, which are organized at the conference rather than as part of an agenda. I organized such a session on how to provide software engineering training for scientists: … Continue reading
Posted in astroinformatics, Astronomy, information sharing, Parallelization, programming, social media, social networking, software engineering, software maintenance, software sustainability
Tagged astroinformatics, astronomy, computing, cyberinfrastructure, education, high-performance computing, information sharing, parallelization, scientific computing, software, software maintenance, software sustainability, user communities
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Adoption of Software by a User Community: The Montage Image Mosaic Engine
This week’s post will be about building user communities, the topic of a paper I submitted for consideration for presentation at the Maintainable Software Practices in e-Science Workshop at the 8th IEEE International Conference on eScience 2012 in Chicago (Oct 8-12). … Continue reading
Posted in Astronomy, astronomy surveys, education, High performance computing, image mosaics, information sharing, Parallelization, social media, social networking, software engineering, software maintenance, software sustainability, Uncategorized, user communities, visualization, Web 2.0
Tagged astroinformatics, astronomy, astronomy surveys, computing, cyberinfrastructure, data archives, education, high-performance computing, information sharing, Montage, parallelization, scientific computing, social networking, software, software maintenance, software sustainability, user communities, visualization, Web 2.0
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Exploring the Universe with Machine Learning
A short while ago, I attended a webinar on the above topic by Alex Gray and Nick Ball. The traditional approach to analytics involves identifying which collections of data or collections of information follow sets of rules. Machine learning (ML) … Continue reading
Posted in astroinformatics, Astronomy, astronomy surveys, Cloud computing, computer videos, cyberinfrastructure, Data Management, galaxies, galaxy formation, Grid Computing, information sharing, knowledge based discovery, Machine learning, Parallelization, programming, software engineering, software maintenance, software sustainability
Tagged astroinformatics, astronomy, astronomy surveys, cloud computing, computer videos, computing, cyberinfrastructure, galaxies, galaxy formation, high-performance computing, information sharing, knowledge based discovery, Machine learning, parallelization, scientific computing, software, software maintenance, software sustainability, Web 2.0
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Report From The Front Lines of .Astronomy 4
Last week, I had the great pleasure of attending the .Astronomy 4 meeting in Heidelberg, Germany. This was the first time I have attended this annual meeting, and I had the honor delivering one of the keynote addresses, on “How … Continue reading
Posted in astroinformatics, Astronomy, citzen science, Cloud computing, data archives, education, High performance computing, information sharing, programming, social media, social networking, software engineering, software sustainability, user communities, visualization, Web 2.0
Tagged astroinformatics, astronomy, cloud computing, computing, cyberinfrastructure, data archives, education, high-performance computing, information sharing, scientific computing, software, software maintenance, software sustainability, time domain astronomy, user communities, visualization, Web 2.0
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