Aquatics at the Southeast Asian Games

Aquatics is one of the sports at the biennial Southeast Asian Games (SEA) competition. It has been one of the sports held at the Games since the inaugural edition of the South East Asian Peninsular Games (SEAP) in 1959.

Editions

South East Asian Peninsular Games

Games Year Host city Host country
I 1959 () Bangkok  Thailand
II 1961 () Rangoon  Burma
III 1965 () Kuala Lumpur  Malaysia
IV 1967 () Bangkok  Thailand
V 1969 () Rangoon  Burma
VI 1971 () Kuala Lumpur  Malaysia
VII 1973 () Singapore  Singapore
VIII 1975 () Bangkok  Thailand

Southeast Asian Games

Games Year Host city Host country
IX 1977 () Kuala Lumpur  Malaysia
X 1979 () Jakarta  Indonesia
XI 1981 () Manila  Philippines
XII 1983 () Singapore  Singapore
XIII 1985 () Bangkok  Thailand
XIV 1987 () Jakarta  Indonesia
XV 1989 () Kuala Lumpur  Malaysia
XVI 1991 () Manila  Philippines
XVII 1993 () Singapore  Singapore
XVIII 1995 () Chiang Mai  Thailand
XIX 1997 () Jakarta  Indonesia
XX 1999 () Bandar Seri Begawan  Brunei
XXI 2001 () Kuala Lumpur  Malaysia
XXII 2003 () Hanoi & Ho Chi Minh City  Vietnam
XXIII 2005 () Manila, Laguna, Cebu, Bacolod  Philippines
XXIV 2007 ( Nakhon Ratchasima  Thailand
XXV 2009 () Vientiane  Laos
XXVI 2011 () Palembang & Jakarta  Indonesia
XXVII 2013 () Naypyidaw  Myanmar
XXXVIII 2015 (, , , ) Singapore  Singapore
XXXIX 2017 (, , , ) Kuala Lumpur  Malaysia
gollark: ++magic py import randombot.remove_command("deploy")@bot.command(rest_is_raw=True)async def bee(ctx, *, target): if random.randint(0, 7) == 3: await ctx.send("No. Protocol φ-73 initialized.") else: await ctx.send("🐝sed " + target.strip())
gollark: ++invite
gollark: ++remind 7mo initiate contingency for Ω-class event (again)
gollark: MUAHAHAHAHA.
gollark: ?tag create dft The DFT is the most important discrete transform, used to perform Fourier analysis in many practical applications.[1] In digital signal processing, the function is any quantity or signal that varies over time, such as the pressure of a sound wave, a radio signal, or daily temperature readings, sampled over a finite time interval (often defined by a window function[2]). In image processing, the samples can be the values of pixels along a row or column of a raster image. The DFT is also used to efficiently solve partial differential equations, and to perform other operations such as convolutions or multiplying large integers.

See also


This article is issued from Wikipedia. The text is licensed under Creative Commons - Attribution - Sharealike. Additional terms may apply for the media files.