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Results Submission form for the first IPTA data challenge
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* Indicates required question
Information of participants
Please fill in Names, Affiliations, and current Statues of each participant, and email addresses.
e.g.
Thomas A. Anderson, Institute of numerical linear algebra, Post-Doc,
taa@matrix.edu
Hikaru Sulu, Advance study for entropy, PhD student,
sulu@ncc1701.mil.jp
Yoda Jedi, Jedi institute, Professor,
yj@dagobah.org
Information of participants
*
Your answer
Results of data analysis
Dataset 1
Gravitational wave background detection:
If you have detected gravitational wave, report the value of the characteristic strain spectrum at one year and the power law index
Your answer
Gravitational wave stochastic background upper limit:
If you have placed an upper bound on the gravitational wave background, report the characteristic strain limit at 1 year for a power law index of -2/3.
Your answer
Any other gravitational wave signals.
*
If any other gravitational wave signals were detected (i.e. continuous waves or bursts) please describe them here.
Your answer
Any other properties detected and/or characterized
*
For example, if you could report on the properties of the noise (i.e. white, red, amplitude, etc...)
Your answer
Dataset 2
Gravitational wave background detection:
If you have detected gravitational wave, report the value of the characteristic strain spectrum at one year and the power law index
Your answer
Gravitational wave stochastic background upper limit:
If you have placed an upper bound on the gravitational wave background, report the characteristic strain limit at 1 year for a power law index of -2/3.
Your answer
Any other gravitational wave signals.
*
If any other gravitational wave signals were detected (i.e. continuous waves or bursts) please describe them here.
Your answer
Any other properties detected and/or characterized
*
For example, if you could report on the properties of the noise (i.e. white, red, amplitude, etc...)
Your answer
Dataset 3
Gravitational wave background detection:
If you have detected gravitational wave, report the value of the characteristic strain spectrum at one year and the power law index
Your answer
Gravitational wave stochastic background upper limit:
If you have placed an upper bound on the gravitational wave background, report the characteristic strain limit at 1 year for a power law index of -2/3.
Your answer
Any other gravitational wave signals.
*
If any other gravitational wave signals were detected (i.e. continuous waves or bursts) please describe them here.
Your answer
Any other properties detected and/or characterized
*
For example, if you could report on the properties of the noise (i.e. white, red, amplitude, etc...)
Your answer
Algorithms
Algorithms used
*
Algorithms you have used in analyzing data, including reference for published algorithms or a description for un-published algorithms. If different algorithms were applied to different datasets, please state that here.
Your answer
Computational cost for the algorithm
*
Description for the computers you used in analysing the data and how long it takes the algorithm to analysis all data?
Your answer
Major difficulties in analysing data
A brief description for the difficulties in analysing the data
Your answer
Other feedback
General comments on the data chanllenge
Your answer
Suggestions for improving the next data chanllenge
Your answer
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