From Wikipedia, the free encyclopedia
The International Association for Statistical Computing
[1] was founded during the 41st Session of the
International Statistical Institute in 1977, as a section of the ISI.
[2]
The objectives of the association are to foster worldwide interest in effective statistical computing and to exchange technical knowledge through international contacts and meetings between statisticians, computing professionals, organizations, institutions, governments and the general public.
The association is affiliated with the
International Federation for Information Processing (IFIP). It publishes the journal called
Computational Statistics & Data Analysis (CSDA)
[3] and Statistical Software Newsletter (CSDA SSN).
[4]
Past presidents
Mervin E. Muller (USA) 1977–1979
Sir Maurice Kendall (UK) and Wilfried J. Dixon (USA) 1979–1981
Ramanathan Gnanadesikan (India) 1981–1983
Svein Nordbotten (Norway) 1983–1985
Klaus Neumann (GDR) 1985–1987
Masashi Okamoto (Japan) 1987–1989
John M. Chambers (USA) 1989–1991
Norbert Victor (Germany) 1991–1993
Natale Carlo Lauro (Italy) 1993–1995
Murray A. Cameron (Australia) 1995–1997
Edward J. Wegman (USA) 1997–1999
Lutz Edler (Germany) 1999–2001
Jae C. Lee (Korea) 2001–2003
Stanley P. Azen (USA) 2003–2005
Gilbert Saporta (France) 2005–2007
Jaromir Antoch (France) 2007–2009
Yutaka Tanaka (Japan) 2009–2011
Karen Kafadar (USA) 2011–2013
Paula Brito (Portugal) 2013–2015
Patrick Groenen (Netherlands) 2015–2017
Wing Kam Fung (Hong Kong) 2017–2019
Jürgen Symanzik (USA) 2019-2021
Current president
Christophe Croux (France) 2021-2023
Data Analysis Competition
Results of previous competitions
Year
Result
2013
[5]
Winner 1:
Winner 2 :
2014
[6]
Winner :
2015
[7]
Winner :
2021
[8]
[9]
1st Place :
2nd Place :
Author : G. Zammarchi
Title : Impact of the COVID-19 outbreak on Italy’s country reputation: a sentiment analysis approach
3rd Place :
Honorable Mention:
Chih-Ling Chen, Qian-Wu Liao, H. Dahmani: HIV with antiretroviral therapy in Sub-Saharan Africa
S. Gurria, A. Brito, J. Esteban Borja, J. Fullaondo, Y. Abdel Nasser: Factors that influence the GPA of high school students
2023
[11]
[12]
1st Place :
2nd Place :
3rd Place :
Honorable Mention:
Stefanie Bienert and Christopher Patzanovsky (
Hasselt University ): New York City shooting incidents, a wicked challenge
Olalekan J. Akintande (
University of Ibadan ): Japa Syndrome: The new normal of abnormality in Nigeria
Notes
^
About IASC
^ International Statistical Institute, Congress (1977).
Proceedings of the 41st session of the International Statistical Institute (Actes de la 41ème session [de l'Institut international de statistique) . Bulletin of the International Statistical Institute. New Delhi: International Statistical Institute. Books 1–3 Invited papers. 4 v. Articles in English and French.
^
Computational Statistics & Data Analysis journal home page).
^
CSDA Statistical Software Newsletter
Archived 2011-11-20 at the
Wayback Machine .
^
"Data Analysis Competition (2013 edition)" . IASC-ISI . February 3, 2013. Retrieved 2023-04-29 .
^
"Data Analysis Competition (2014 edition)" . IASC-ISI . January 17, 2014. Retrieved 2023-04-29 .
^
"Data Analysis Competition (2015 edition)" . IASC-ISI . February 1, 2015. Retrieved 2023-04-29 .
^
"Call of the Data Analysis Competition (2021 edition)" . IASC-ISI . September 10, 2020. Retrieved 2023-04-29 .
^
"Results of the IASC Data Analysis Competition 2021" . IASC-ISI . May 26, 2021. Retrieved 2023-04-29 .
^ Kharroubi, Samer A. (2022-01-01).
"A Bayesian Nonparametric Approach for Modeling SF-6D Health State Utility Scores" . Value in Health Regional Issues . 27 : 1–11.
doi :
10.1016/j.vhri.2021.02.004 .
ISSN
2212-1099 .
PMID
34784542 .
^
"Call of the Data Analysis Competition 2023" . IASC-ISI . October 11, 2022. Retrieved 2023-04-29 .
^
"Results of the IASC Data Analysis Competition 2023" . IASC-ISI . April 21, 2023. Retrieved 2023-04-29 .
^
"2022-2023 H5N1 Bird Flu Modeling and Prediction in the United States" . h5n1.gd.edu.kg . Retrieved 2023-11-25 .
^ Bourguignon, Marcelo; Gallardo, Diego I.; Saulo, Helton (2021-10-09). "A parametric quantile beta regression for modeling case fatality rates of COVID-19".
arXiv :
2110.04428v1 [
stat.ME ].
External links