Functions and Demo of Astrogrid 1.1 China-VO Haijun Tian.

Slides:



Advertisements
Similar presentations
September 13, 2004NVO Summer School1 VO Protocols Overview Tom McGlynn NASA/GSFC T HE US N ATIONAL V IRTUAL O BSERVATORY.
Advertisements

September 13, 2004NVO Summer School1 VO Protocols Overview Tom McGlynn NASA/GSFC T HE US N ATIONAL V IRTUAL O BSERVATORY.
The NVO Data Discovery Portal Tom McGlynn NASA/GSFC.
The Australian Virtual Observatory e-Science Meeting School of Physics, March 2003 David Barnes.
CASDA Virtual Observatory CSIRO ASTRONOMY AND SPACE SCIENCE Arkadi Kosmynin 11 March 2014.
VO-DAS Chenzhou CUI Chao LIU, Haijun TIAN, Yang YANG, etc National Astronomical Observatories, CAS.
MAST-VizieR/NED cross correlation tutorial 1. Introduction Figure 1: Screenshot of the MAST VizieR Catalog Search Form. or enter here as object class:
Introduction to Observational Catalogues & Databases Duncan Law-Green (LEDAS Archive Scientist) 21st February 2007.
AstroGrid: Virtual Observatory Service Nicholas Walton AstroGrid: Virtual Observatory Service Nicholas Walton AstroGrid and Euro-VO Technology Centre Project.
Solar and STP Physics with AstroGrid 1. Mullard Space Science Laboratory, University College London. 2. School of Physics and Astronomy, University of.
Evanthia Hatziminaoglou, ESO - Garching Astronomy with Virtual Observatories, Pune October 2007 VO Tools.
Updated SkyMouse and Suggestions to VO Service Developers HuaPing SUN, Chenzhou CUI China-VO National Astronomical Observatory of China.
A Smart On-line Astronomical Information Collector Chenzhou CUI, Huaping SUN China-VO National Astronomical Observatory of China.
IVOA Interop. Meeting, October 2005 VisIVO interoperability with VO enabled tools Claudio Gheller (CINECA) 1, Marco Comparato (OACt) 2 Ugo Becciani (OACt)
ADASS, London Sep 23-26, 2007 VOExplorer : Visualising Data Discovery in the Virtual Observatory Jonathan Tedds University of Leicester/AstroGrid/ EuroVO.
Leicester Database & Archive Service J. D. Law-Green, J. P. Osborne, R. S. Warwick X-Ray & Observational Astronomy Group, University of Leicester What.
AstroGrid Group 7: Teemu Toivola Tero Viitala. Problem several separate databases no common interface between databases difficulties of joining related.
BinX and Astronomy Bob Mann Institute for Astronomy and National e-Science Centre.
Presented by Mina Haratiannezhadi 1.  publishing, editing and modifying content  maintenance  central interface  manage workflows 2.
Version 4 for Windows NEX T. Welcome to SphinxSurvey Version 4,4, the integrated solution for all your survey needs... Question list Questionnaire Design.
Comprehensive Large Array-data Stewardship System (CLASS) Web Site Tutorial Visit CLASS Site at
Web-based Portal for Discovery, Retrieval and Visualization of Earth Science Datasets in Grid Environment Zhenping (Jane) Liu.
GAUDI Ground-based Asteroseismology Uniform Database Interface E. Solano Bases de données en spectroscopie stellaire. Paris.
Time Table exchange QSAS / CL / CAA / AMDA CESR, 25/26 feb
Virtual Observatory --Architecture and Specifications Chenzhou Cui Chinese Virtual Observatory (China-VO) National Astronomical Observatory of China.
AERONET Web Data Access and Relational Database David Giles Science Systems and Applications, Inc. NASA Goddard Space Flight Center.
A PPARC funded project AstroGrid Architecture Consortium Meeting, Leicester, 3 rd Nov 2003.
The GAVO Cross-Matcher Application Hans-Martin Adorf, Gerard Lemson, Wolfgang Voges GAVO, Max-Planck-Institut für extraterrestrische Physik, Garching b.
VO & Astro-Wise & others A.Belikov OmegaCEN
WSRF Supported Data Access Service (VO-DAS)‏ Chao Liu, Haijun Tian, Dan Gao, Yang Yang, Yong Lu China-VO National Astronomical Observatories, CAS, China.
Tero Oittinen Sampo Team Department of Astronomy University of Helsinki,Finland Using ESO Reflex to access astronomical WebServices by The Sampo.
The AstroGrid Desktop Suite Release 2008 what it is what you can do short demo (wireless permitting...) NAM2008 Belfast Andy Lawrence April 2008.
Last News of and
Hello!. International Virtual Observatory Alliance Ajit Kembhavi, IUCAA, Pune.
Science with the Virtual Observatory Brian R. Kent NRAO.
VO Applications Enrique Solano LAEFF / INTA. Move from download to service paradigm Leave the data where it is. Operations on data (search, cluster analysis,
NEON Obs School 11-Aug-2005 Archival Data and Virtual Observatories 1 Virtual Observatories...or how to do your research from a beach in the Bahamas rather.
Data Interoperability Basics Bruce Harold & Dale Lutz.
Summary of distributed tools of potential use for JRA3 Dugan Witherick HPC Programmer for the Miracle Consortium University College.
A PPARC funded project AstroGrid Intro & Demo John Taylor Institute for Astronomy, Edinburgh.
Strasbourg astronomical Data Centre (DS) Françoise GENOVA.
Data Management Console Synonym Editor
E. Solano, R. Gutiérrez, B. Montesinos, C. Morales, J. García, L. Sanz LAEFF-INTA. P.O. Box 50727, Madrid (Spain) Development of a multi-mission.
Federation and Fusion of astronomical information Daniel Egret & Françoise Genova, CDS, Strasbourg Standards and tools for the Virtual Observatories.
Workshop Garching, June 27 – July Statistical Cross-Matching Across Distributed Archives H.-M. Adorf & GAVO Team MPI f. extraterrestrische Physik.
The Project The Virtual Observatory Technical Progress Andy Lawrence Nottingham All-Hands meeting Sept 2003 AstroGrid
A PPARC funded project Workflow and Job Control in Astrogrid Jeff Lusted Dept Physics and Astronomy University of Leicester.
Solar and space physics datasets within a Virtual Observatory: the AstroGrid experience Silvia Dalla * and Nicholas A Walton  * School of Physics & Astronomy,
AstroGrid Solar/STP planning meeting Agenda: Helioscope Preparing for Solar-B Time-series viewing application IVOA and time series A PPARC funded project.
Who are we ? what is a VO ? what is a Grid ? how do we get there ? Andy Lawrence S.P.I.E. Hawaii Aug 2002 AstroGrid
The International Virtual Observatory Alliance (IVOA) interoperability in action.
Introduction to Morpho RCN Workshop Samantha Romanello Long Term Ecological Research University of New Mexico.
Catalog Data Interface Tool Virtual Observatory-India (VO-I) May 16-20, 2005 Catalog Data Interface.
D. Heynderickx DH Consultancy, Leuven, Belgium 22 April 2010EuroPlanet, London, UK.
Deoyani Nandrekar Beijing May 2007Virtual Observatory India VOCat Developed By Deoyani and Mohasin.
AstroGrid NAM 2001 Andy Lawrence Cambridge NAM 2001 Andy Lawrence Cambridge Belfast Cambridge Edinburgh Jodrell Leicester MSSL.
12 Oct 2003VO Tutorial, ADASS Strasbourg, Data Access Layer (DAL) Tutorial Doug Tody, National Radio Astronomy Observatory T HE US N ATIONAL V IRTUAL.
JVO portal service Yuji Shirasaki National Astronomical Observatory of Japan.
AHM04: Sep 2004 Nottingham CCLRC e-Science Centre eMinerals: Environment from the Molecular Level Managing simulation data Lisa Blanshard e- Science Data.
What is Firefly (1) A web UI framework for web applications
Publishing Combined Image & Spectral Data Packages Introduction to MEx M. Sierra, J.-C. Malapert, B. Rino VO ESO - Garching Virtual Observatory Info-Workshop.
Evanthia Hatziminaoglou, ESO - Garching Virtual Observatory Info-Workshop, SOFIA January 2008 VO Tools Overview.
Distributed Archives Interoperability Cynthia Y. Cheung NASA Goddard Space Flight Center IAU 2000 Commission 5 Manchester, UK August 12, 2000.
Virtual Observatory India VOStat Statistical Analysis for the Virtual Observatory By Deoyani and Mohasin.
Introduction: AstroGrid increases scientific research possibilities by enabling access to distributed astronomical data and information resources. AstroGrid.
MSSL Astrogrid Workshop
E.C. Auden1, J.L. Culhane1, Y. P. Elsworth2, A. Fludra3, M. Thompson4
Google Sky.
Google Sky.
X-ray high resolution spectra in the VO: the case of XMM-Newton RGS
Presentation transcript:

Functions and Demo of Astrogrid 1.1 China-VO Haijun Tian

Outline The brief introduction The setting of AG’s running The main components and functions of AG The assistant software tools The demo of AG1.1

Outline The brief introduction The setting of AG’s running The main components and functions of AG The assistant software tools The demo of AG1.1

The Brief introduction of AG Astrogrid is a £7.7M project aimed at building a data-grid for UK astronomy. AstroGrid is a Virtual Observatory (VO), which can broadly be defined as collection of interoperating astrophysical data archives and software tools accessible through the internet. AG is particularly useful for comparison and integration of data from diverse sources, for example in multiwavelength studies.

The goals of the AG A working datagrid for key UK databases High throughput datamining facilities for interrogating those databases A uniform archive query and data-mining software interface The ability to browse simultaneously multiple datasets A set of tools for integrated on-line analysis of extracted data A set of tools for on-line database analysis and exploration A facility for users to upload code to run their own algorithms on the datamining machines An exploration of techniques for open-ended resource discovery

Outline The brief introduction The setting of AG’s running The main components and functions of AG The assistant software tools The demo of AG1.1

The Setting of AG’running Web Browser: Mozilla >= or I.E. >=6.0 or Firefox >=1.0.4 JRE>= Java Webstart >= 1.4.2

Outline The brief introduaction The setting of AG’s running The main components and functions of AG The assistant software tools The demo of AG1.1

Main components of AG Myspace: Storing files Data and results (in standard VO format ) can be accessed or stored securely and remotely by user This storage space is physically distributed on several AstroGrid machines Resources: Locating resources Tasks search and catalogs search (return a maximum of 100 entries)

Main components of AG Catalog Search

Main components of AG Tasks search

Main components of AG Queries: Building a query Load existing queries from MySpace. Cut and paste queries from a file. Create new queries from scratch. Create new queries locating a suitable resource first, then using its metadata to create Click and paste buttons. Use the "Select a Table" button. "ADQL helpers" let you click and paste ADQL keywords to the entry area.

Main components of AG Workflows : Building and edit a workflow Job Monitor: Monitoring job execution Help Two fully functioning interfaces: Web based portal Java WebStart clientside Workbench

Outline The brief introduction The setting of AG’s running The main components and functions of AG The assistant software tools The demo of AG1.1

Main Functions of AG AstroGrid Science Services : RedShiftMaker Solar Movie Maker Color Cutter

Main Functions of AG AstroGrid Science Services : RedShiftMaker Solar Movie Maker Color Cutter

RedShiftMaker Workflow

RedShiftMaker Astrogrid Dashboard

RedShiftMaker User has to input the required coordinates (RA and Dec) in decimal degrees (J2000). These coordinates will be used to query the WFS database for images which have covered that position.

RedShiftMaker Jobs Monitor

RedShiftMaker Output files: The output files are saved into MySpace and are the following: Images (if user selected to save them) in votable/intwfs/Run*.fits SExtractor files in votable/sex_?.vot Band merged catalogues in votable/xmatch_*.vot Photometric redshift catalogue (containing all the information from previous files) in votable/zphot*vot

RedShiftMaker

Main Functions of AG AstroGrid Science Services : RedShiftMaker Solar Movie Maker Color Cutter

Solar Movie Maker This Astrogrid science service allows a user to make a movie of solar images by means of a simple interface. Datasets are: SOHO/EIT and TRACE. Input parameters Instrument name: either 'trace' or 'eit' Start date/time and end date/time (yyyy/mm/ddThh:mm:ss.000)

Solar Movie Maker

Main Functions of AG AstroGrid Science Services : RedShiftMaker Solar Movie Maker Color Cutter

This Astrogrid science service allows the user to select IR and optical objects by region and by colour. It is available via the Workbench or as a Parameterised Workflow from the Portal home page.

Color Cutter Parameterised Workflow

Color Cutter Input parameters

Color Cutter Output files: CCut_RA56.7Dec23.867_1.0 files j_m-k_m.gt.1.0.vot(IR); i-z.gt.2.0.vot (optical); j_m-k_m.gt.1.0_and_i-z.gt.2.0.vot* (matched, with colours added).

Outline The brief introduaction The setting of AG’s running The main components and functions of AG The assistant software tools main The demo of AG1.1

Aladin Aladin is an interactive software sky atlas allowing the user to visualize digitized images of any part of the sky Data Sources :SIMBAD, NED, VizieR, Yourselves’ data etc Aladin is particularly useful for multi-spectral cross- identifications of astronomical sources, observation preparation and quality control of new data sets. The Aladin’s Plugins : VOPlot (VO-India ) etc.

Aladin

Topcat Topcat is an interactive graphical viewer and editor for tabular data. It is not restricted to astronomical applications. The ways to view and analyse tables: a browser for the cell data themselves, viewers for information about table and column metadata, and facilities for plotting, calculating statistics and joining tables using flexible matching algorithms.

Topcat Input formats a. FITS TABLE (ASCII table) or BINTABLE (binary table) extensions b. VOTables in any of the format variants (TABLEDATA, FITS or BINARY) c. ASCII tables in a number of variations d. Comma-Separated Values e. Results of SQL queries on relational databases

Topcat output formats: a. FITS BINTABLE (binary table) b. VOTables in any of the format variants (TABLEDATA, FITS or BINARY) c. Plain ASCII text d. Comma-Separated Values e. HTML TABLE element d. LaTeX tabular environment e. New table exported to an SQL-compatible relational database

Topcat

The demo of AG1.1 The brief introduaction The setting of AG’s running The main components and functions of AG The assistant software tools The demo of AG1.1

Summary Prospect Summary & Prospect

Thanks a lot ! Question