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Bruce Berriman is an astronomer and computer scientist at the Infrared Processing and Analysis Center, California Institute of Technology.-
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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
Category Archives: metadata management
A New Data Archive for Gemini – Fast, Cheap and in the Cloud
I must congratulate my colleague Paul Hirst at Gemini – he is to my knowledge the first astronomer to use “cheap” and “cloud” in the same title. His talk on building a new archive for the Gemini telescopes was presented … Continue reading →
Posted in astroinformatics, Astronomy, Cloud computing, Computing, cyberinfrastructure, data archives, Data formats, Data Management, FITS, Gemini, informatics, information sharing, metadata management, Observatories, Operations, programming, Python, Scientific computing, software engineering, software maintenance, software sustainability, telescopes
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Tagged astronomy, astronomy surveys, cloud computing, computing, cyberinfrastructure, data archives, Gemini, high-performance computing, information sharing, parallelization, scientific computing, social networking, software, software maintenance, software sustainability, telescopes
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Petascale Data Management in Solar Physics: Approach of the DKIST Data Center
While attending the ADASS XXV meeting in Sydney, I heard this excellent presentation by Steve Berukoff 0n data management at the National Solar Obervatory’s Daniel K. Inouye Solar Telescope, now under construction on Haleakala, Maui, Hawaii. The telescope is due for … Continue reading →
Posted in archives, astroinformatics, Astronomy, Cloud computing, Computing, cyberinfrastructure, data archives, Data Management, DBMS, Grid Computing, High performance computing, informatics, information sharing, metadata, metadata management, Observatories, Open Access, Open Source, programming, Scientific computing, software engineering, software maintenance, software sustainability, Solar astronomy, telescopes, Time domain astronomy, user communities
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Tagged astroinformatics, astronomy, cloud computing, computing, cyberinfrastructure, data archives, data mamnagement, Data mining, Grid Computing, high-performance computing, information sharing, scientific computing, software, software maintenance, software sustainability, Solar astronomy, user communities
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Is HDF5 a good format to replace UVFITS?
The astronomical community has begun to discuss whether the Flexible Image Transport System (FITS) will continue to the de facto standard for storage and exchange of data in astronomy. FITS has been standard since the 1980s, in part because of … Continue reading →
Posted in astroinformatics, Astronomy, Computing, cyberinfrastructure, Data formats, FITS, HDF5, High performance computing, informatics, information sharing, metadata, metadata management, programming, publishing, Python, Scientific computing
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Tagged astronomy, computing, cyberinfrastructure, data archives, FITS, HDF5, high-performance computing, information sharing, Python, scientific computing, software
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Astronomical Data Formats – Past, Present and Future ADASS BOF Session
This session began with a call to action from Bob Hanisch: FITS is 35 years old; how do we go forward? Should we use VO-agreed data models as the high-level abstraction, and use HDF5 as the processing and transport layer? … Continue reading →
Posted in astroinformatics, Astronomy, computer modeling, Computing, data archives, Data formats, Data Management, databases, FITS, informatics, information sharing, metadata, metadata management, programming, publishing, Scientific computing
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Tagged astroinformatics, astronomy, cloud computing, cyberinfrastructure, data archives, data formats, FITS, information sharing, scientific computing
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The Front Lines of ADASS 2014 – October 6 2014 Morning Sessions
Nick Walton spoke about data processing challenges for PLATO, ESA’s next generation planet-hunter. It is an approved ESA M3 mission with a launch date in 2024, with a nominal six year mission. Broadly speaking, it aims to detect earth sized … Continue reading →
Posted in archives, astroinformatics, Astronomy, astronomy surveys, cyberinfrastructure, data archives, Data Management, exoplanets, High performance computing, informatics, information sharing, metadata management, programming, Scientific computing, software engineering, software maintenance, software sustainability, Time domain astronomy, time series data
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Tagged astroinformatics, astronomy, astronomy surveys, computing, cyberinfrastructure, data archives, exoplanet, high-performance computing, information sharing, scientific computing, software, software maintenance
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The Front Lines of ADASS 2014 – October 5 2014
This week, I will be posting about the technical sessions at the Astronomical Data Analysis Software and Systems XXIV meeting (ADASS, http://adass2014.org) in Calgary, Alberta. This annual meeting ” … is a forum for scientists, developers and programmers working in … Continue reading →
Posted in astroinformatics, Astronomy, astronomy surveys, Catalogs, computer modeling, Computing, cross-matching catalogs, cyberinfrastructure, data archives, Data Management, High performance computing, informatics, information sharing, metadata management, Parallelization, programming, Scientific computing, social networking, software engineering, software maintenance, software sustainability
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Tagged astroinformatics, astronomy, astronomy surveys, catalog cross-matching, computing, cyberinfrastructure, data archives, data management, high-performance computing, information sharing, parallelization, scientific computing, software, software maintenance, software sustainability
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The Impact of the Virtual Astronomical Observatory
The U. S. Virtual Astronomical Observatory project, funded jointly by NSF and NASA since May 2010, will close on September 30, 2014. The project held its close-out review on July 10 and 11, 2014, and you can download the report … Continue reading →
Posted in astroinformatics, Astronomy, Computing, cyberinfrastructure, data archives, Data Management, informatics, information sharing, metadata management, Observatories, programming, Scientific computing, SciPy2014, social media, social networking, software engineering, software maintenance, software sustainability, user communities, Virtual Observatory, Web 2.0
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Tagged astroinformatics, astronomy, computing, cyberinfrastructure, data archives, information sharing, social media, social networking, software, software maintenance, software sustainability, user communities, Virtual Observatory, Web 2.0
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The One-Degree Imager – Portal, Pipeline and Archive (ODI-PPA) User Services
Last week, I blogged about the ODI archive architecture, based on a talk given by Arvind Gopu at the SPIE Meeting in Montreal, Canada on June 22nd. This week I will write about the user services layered on top of … Continue reading →
Posted in archives, astroinformatics, Astronomy, astronomy surveys, Computing, cyberinfrastructure, data archives, Data Management, databases, High performance computing, image mosaics, informatics, information sharing, metadata management, programming, Python, Scientific computing, software engineering, software maintenance, software sustainability, WIYN
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Tagged astroinformatics, astronomy, computing, cyberinfrastructure, data archives, Data mining, information sharing, scientific computing, software, software maintenance, software sustainability, user communities, WIYN
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Metadata and Data Management for the Keck Observatory Archive
This is the title of a poster (spie14_koa_poster) by Hien Tran et al. (the et al. are the Keck Archive team), presented at the SPIE Software and Cyberinfrastructure conference, part of “Astronomical Telescopes + Instrumentation” in Montréal, Quebec, Canada. Data … Continue reading →
Posted in archives, astroinformatics, Astronomy, cyberinfrastructure, data archives, Data Management, databases, informatics, information sharing, metadata, metadata management, Observatories, Operations, programming, Scientific computing, social networking, software engineering, software maintenance, software sustainability, Time domain astronomy, time series data, W. M. Keck Observatory
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Tagged astroinformatics, astronomy, computing, cyberinfrastructure, data archives, data management, information sharing, metadat mangement, metadata, software, software maintenance, software sustainability, W. M. Keck Observatory
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