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--- dragnet:start [2015-11-02 18:18] – dragnet: make text as link amesfoort
+++ dragnet:start [2020-10-20 14:29] (current) – Bernard Asabere
@@ Line 3: / Line 3: @@
 One sentence summary: //The [[http://www.astron.nl/dragnet|DRAGNET project]] greatly extends LOFAR's detection and localization capabilities for pulsars and fast radio transients.//
-{{ :dragnet:dragnet_delivery_ajdi.jpg?500 |}}
+DRAGNET stands for **D**ynamic **R**adio **A**stronomy of **G**alactic **N**eutron Stars and **E**xtragalactic **T**ransients.
+{{  :dragnet:dragnet_delivery_ajdi.jpg?500  }}
 ===== Introduction =====
 Studying the extreme astrophysics of neutron stars, black holes and other exotica is key to understanding fundamental gravitational and particle physics. Extreme astrophysical phenomena are fleeting, however, and it is a major observational challenge to detect such fast "transients".
-DRAGNET extends LOFAR with a high-speed, wide-angle radio camera mode that is capable of detecting and localizing fast radio transients in real time.
+DRAGNET extends LOFAR with a high-speed, wide-angle radio camera mode that is capable of detecting and localizing fast radio transients in real time. We will scan the sky for sub-second bursts coming from previously unpredicted or unobserved astrophysical phenomena, while simultaneously observing hundreds of known radio-emitting neutron stars (pulsars).
-We will scan the sky for sub-second bursts coming from previously unpredicted or unobserved astrophysical phenomena, while simultaneously observing hundreds of known radio-emitting neutron stars (pulsars).
-The DRAGNET project started in Jan 2014 and runs for 5 years. It is funded by an NWO VIDI and an ERC Starting Grant (+ some funding from NOVA) covering about 8 fte over 3 institutes.
+The DRAGNET project started in Jan 2014 and runs for 5 years. It is funded by an [[https://www.nwo.nl/en/funding/our-funding-instruments/nwo/innovational-research-incentives-scheme/vidi/index.html|NWO VIDI]] and an [[https://erc.europa.eu/funding/starting-grants| ERC Starting Grant]] (+ some funding from [[http://nova-astronomy.nl/| NOVA]]) covering about 8 fte over 3 institutes.
 ===== Work Packages =====
   * WP1: Wide-field transient searches
   * WP2: Developing DRAGNET++
@@ Line 20: / Line 23: @@
   * WP5: Understanding neutron star magnetospheres
-===== Related Pages =====
+===== Publications =====
-==== DRAGNET wiki pages ====
+  * [[http://www.astron.nl/dragnet/science.html|list of published DRAGNET results]]
-  * [[dragnet:cluster_tender|GPU Cluster Tender documents]]
-  * [[DRAGNET description paper]]
-==== Hardware ====
+  * [[:dragnet:dragnet_description_paper|DRAGNET description paper]]
+===== Projects and Partners =====
+==== LOTAAS and DRAGNET searches ====
+  * [[:dragnet:benchmarks_of_the_lotaas_pipelines|Benchmarks of the LOTAAS pipelines]]
+  * [[:dragnet:observing_modes|Observing modes]]
+  * [[:dragnet:psrfits2fil|]]
-  * 23 GPU nodes, each: dual Xeon Haswell-EP 2.4 GHz 8 cores, 128 GB RAM, 4x NVIDIA GeForce GTX Titan X
-  * 1 head node + 1 post-processing node with redundant storage
-  * infiniband network, connected to COBALT
-  * 10 Gb network, connected to LOFAR Core @ 6x10 Gb
-  * 1 Gb network
-  * Support (4 yrs), delivery, installation
 ==== ASTRON/LOFAR ====
   * [[http://www.transientskp.org/|LOFAR Transients Key Science Project]]
   * [[http://www.astron.nl/lotaas/|LOTAAS discoveries]]
-==== LOTAAS and DRAGNET searches ====
-  * [[Benchmarks of the LOTAAS pipelines]]
-  * [[Observing modes]]
+===== Project Members =====
-===== Project Members ====
   * Jason W. T. Hessels (ASTRON, University of Amsterdam) (PI)
   * Vlad Kondratiev (ASTRON) (science postdoc)
   * Cees Bassa (ASTRON) (science postdoc)
-  * Alexander S. van Amesfoort (ASTRON) (technical developer)
+  * Alexander S. van Amesfoort (ASTRON) (technical developer (until Oct 2017))
   * Daniele Michilli (University of Amsterdam) (PhD)
   * Amruta Jaodand (University of Amsterdam) (PhD)
   * Sotiris Sanidas (University of Amsterdam) (science postdoc)
-  * //TBD// (Oxford University) (technical developer)
+  * //TBD//  (Oxford University) (technical developer)
+===== Operations Pages =====
+  * [[:operator:xml_generator|XML generator]] wiki documentation
+  * [[:operator:resourcetool|]] wiki documentation
+  * [[:dragnet:observation_dragnet_startup|Observation to DRAGNET startup]] documentation and references
+  * [[:cobalt:capture_rsp_raw_station_data|Capturing and Offline Processing of RSP Raw Data]] with COBALT
+  * [[:public:important_dates|Important dates]] of stop-days and software releases
+  * [[:maintenance:lofar_release_notes|Software release notes]] to assess benefit and impact of using a new LOFAR version
+===== Infrastructure =====
+  * [[:dragnet:cluster_usage|Cluster Usage]]: login, environment, hostnames, job submission with SLURM, …
+  * [[:dragnet:system_software|System Software]]: raw list of non-default system settings and installed applications on top of ansible config
+  * [[:dragnet:hardware_specs|Hardware Specifications]]: cluster figure, types of CPUs, memory, disks, GPUs, networks, …
+  * [[:dragnet:cluster_benchmark|Cluster benchmark numbers]]: measured performance of various components on synthetic workloads (upper bounds)
+  * [[:dragnet:cluster_support|Cluster Support Info]]: support/warranty calls with our vendor
+  * [[:dragnet:cluster_tender|GPU Cluster Tendering]] (2015)
+===== Presentations =====
+The [[https://www.astron.nl/LofarSlides/|LOFAR slides site]] also contains most DRAGNET science and technical presentations (.pdf).
+=== Status ===
+  * {{:dragnet:hessels_lofar_dragnet_ro_training_170703.pdf|DRAGNET-Observatory operations intro by Jason (3 Jul 2017)}}  and {{:dragnet:dragnet-in-lofar-operations-20170703.pdf|DRAGNET-Observatory operations by Alexander (3 Jul 2017)}}  ({{:dragnet:dragnet-in-lofar-operations-20170703.odp|Alexander's .odp}} )
+  * {{:dragnet:hessels_lsm_150819_dragnet.pdf|DRAGNET presentation for LOFAR Status Meeting (LSM) (19 Aug 2015)}}
+  * {{:dragnet:hessels_cepwan_141023_lores.pdf|DRAGNET presentation for CEPWAN meeting (23 Oct 2014)}}
+=== Grants ===
-===== Presentations ====
+  * {{:hessels_erc_interview_2013_v4.pdf|Original DRAGNET presentation for ERC Committee (2013)}}  (restricted)
-{{:dragnet:hessels_erc_interview_2013_v4.pdf|Original DRAGNET presentation for ERC Committee (2013)}}
+===== Daily Images =====
-{{:dragnet:hessels_cepwan_141023_lores.pdf|DRAGNET presentation for CEPWAN meeting (23 Oct 2014)}}
+ASTRON & JIVE daily image (AJDI) submissions (or contributions) by DRAGNET(-paid) project members.
-{{:dragnet:hessels_lsm_150819_dragnet.pdf|DRAGNET presentation for LOFAR Status Meeting (LSM) (19 Aug 2015)}}
+  * [[http://www.astron.nl/dailyimage/main.php?date=20171003|Moonset from La Palma]] (3 October 2017)
+  * [[http://www.astron.nl/dailyimage/main.php?date=20170719|Session on roles and interactions for smooth LOFAR DRAGNET operations]] (19 July 2017)
+  * [[http://www.astron.nl/dailyimage/main.php?date=20170707|Zooming in on the host galaxy of the repeating fast radio burst]] (7 July 2017)
+  * [[http://www.astron.nl/dailyimage/main.php?date=20170703|DRAGNET enters operations to participate in LOFAR observations]] (3 July 2017)
+  * [[http://www.astron.nl/dailyimage/main.php?date=20170621|It's LOFAR Pulsar Observing Time!]] (21 June 2017)
+  * [[http://www.astron.nl/dailyimage/main.php?date=20170208|The Repeating Fast Radio Burst FRB 121102 as Seen on Milliarcsecond Angular Scales]] (8 February 2017)
+  * [[http://www.astron.nl/dailyimage/main.php?date=20170105|The Precise Localization and Host of Fast Radio Burst FRB121102: A Triptych]] (5 January 2017)
+  * [[http://www.astron.nl/dailyimage/main.php?date=20160914|CEP4 Pulsar pipeline is ready!]] (14 September 2016)
+  * [[http://www.astron.nl/dailyimage/main.php?date=20160912|A LOFAR Census of Millisecond Pulsars]] (12 September 2016)
+  * [[http://www.astron.nl/dailyimage/main.php?date=20160909|LOFAR's view on pulsar sky]] (9 September 2016)
+  * [[http://www.astron.nl/dailyimage/main.php?date=20160818|''Super-sequence'': Emission Patches from PSR B0809+74 at the Low Frequencies]] (18 August 2016)
+  * [[http://www.astron.nl/dailyimage/main.php?date=20160617|An extraordinary binary system]] (17 June 2016)
+  * [[http://www.astron.nl/dailyimage/main.php?date=20160419|First LOFAR millisecond pulsar discovery]] (19 April 2016)
+  * [[http://www.astron.nl/dailyimage/main.php?date=20151201|Searching for pulsars with coherent dedispersion]] (1 December 2015)
+  * [[http://www.astron.nl/dailyimage/main.php?date=20150828|The Zoo of Accreting Compact Objects]] (28 August 2015)
+  * [[http://www.astron.nl/dailyimage/main.php?date=20150805|Neutron stars strike back at black holes in jet contest]] (5 August 2015)
+  * [[http://www.astron.nl/dailyimage/main.php?date=20150724|DRAGNET GPU Cluster Delivered]] (24 July 2015)
+  * [[http://www.astron.nl/dailyimage/main.php?date=20150410|LOFAR Discovers its First RRAT]] (10 April 2015)
+  * [[http://www.astron.nl/dailyimage/main.php?date=20150331|Candi2 - LOFAR Discovers a Pulsar in a Targeted Search of the 3C196 EOR Field]] (31 March 2015)
+  * [[http://www.astron.nl/dailyimage/main.php?date=20141003|The first low-frequency limit on Fast Radio Bursts]] (3 October 2014)
+  * [[http://www.astron.nl/dailyimage/main.php?date=20140819|A day in the life of a millisecond pulsar]] (19 August 2014)
+  * [[http://www.astron.nl/dailyimage/main.php?date=20140808|Millisecond Pulsar Scintillation Studies with LOFAR: Initial Results]] (8 August 2014)
+  * [[http://www.astron.nl/dailyimage/main.php?date=20130522|Vidi grant for Jason Hessels]] (22 May 2013)