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The International Conference on Communications (ICC) is an annual international academic conference organised by the Institute of Electrical and Electronics Engineers' Communications Society. The conference grew out of the Global Communications Conference (GLOBECOM) when, in 1965, the seventh GLOBECOM was sponsored by the Communications Society's predecessor as the "IEEE Communications Convention". The following year it adopted its current name and GLOBECOM was disbanded (it has since been revived). [1] The conference was held in the United States until 1984 when it was held in Amsterdam; [1] it has since been held in several other countries. [2]
Some major telecommunications discoveries have been announced at ICC, such as the invention of turbo codes. [3] In fact, this ground breaking paper had been submitted to ICC the previous year, but was rejected by the referees who thought the results too good to be true. [4]
Recent[ when? ] ICCs have been attended by 2500–3000 people. [5] [6]
History of the ICC conference | |||||||
---|---|---|---|---|---|---|---|
Year | City | Country | Date | ||||
2027 | Washington, D.C. | United States | 30 May–3 June | ||||
2026 | Glasgow | United Kingdom | 24-28 May | ||||
2025 | Montreal | Canada | 7-13 June | ||||
2024 | Denver | United States | 9-13 June | ||||
2023 | Rome | Italy | 28 May-1 June | ||||
2022 | Seoul | South Korea | 16–20 May | ||||
2021 | Montreal | Canada | 14–18 June | ||||
2020 | Dublin | Ireland | 7–11 June | ||||
2019 | Shanghai | China | 20–24 May | ||||
2018 | Kansas City | United States | 20–24 May | ||||
2017 | Paris | France | 21–25 May | ||||
2016 | Kuala Lumpur | Malaysia | 23–27 May | ||||
2015 | London | United Kingdom | 8–12 June | ||||
2014 | Sydney | Australia | 10–14 June | ||||
2013 | Budapest | Hungary | 9–13 June | ||||
2012 | Ottawa | Canada | 10–15 June | ||||
2011 | Kyoto | Japan | 5–9 June | ||||
2010 | Cape Town | South Africa | 23–27 May | ||||
2009 | Dresden | Germany | 14–18 June | ||||
2008 | Beijing | China | 19–23 May | ||||
2007 | Glasgow | United Kingdom | 24–28 June | ||||
2006 | Istanbul | Turkey | 11–15 June | ||||
2005 | Seoul | Korea | 16–20 May | ||||
2004 | Paris | France | 20–24 June | ||||
2003 | Anchorage, Alaska | United States | 11–15 May | ||||
2002 | New York City | United States | 28 April - 2 May | ||||
2001 | Helsinki | Finland | 11–14 June | ||||
2000 | New Orleans | United States | 18–22 June | ||||
1999 | Vancouver | Canada | 6–10 June | ||||
1998 | Atlanta | United States | 7–11 June | ||||
1997 | Montreal | Canada | 8–12 June | ||||
1996 | Dallas | United States | 23–27 June | ||||
1995 | Seattle | United States | 18–22 June | ||||
1994 | New Orleans | United States | 1–5 May | ||||
1993 | Geneva | Switzerland | 23–26 May | ||||
1992 | Chicago | United States | 14–18 June | ||||
1991 | Denver | United States | 23–26 June | ||||
1990 | Atlanta | United States | 16-19 April | ||||
1989 | Boston | United States | 11-14 June | ||||
1988 | Philadelphia | United States | 12-15 June | ||||
1987 | Seattle | United States | 7-10 June | ||||
1986 | Toronto | Canada | 22-25 June | ||||
1985 | Chicago | United States | 23–26 June | ||||
1984 | Amsterdam | The Netherlands | 14-17 May |
In information theory, turbo codes are a class of high-performance forward error correction (FEC) codes developed around 1990–91, but first published in 1993. They were the first practical codes to closely approach the maximum channel capacity or Shannon limit, a theoretical maximum for the code rate at which reliable communication is still possible given a specific noise level. Turbo codes are used in 3G/4G mobile communications and in satellite communications as well as other applications where designers seek to achieve reliable information transfer over bandwidth- or latency-constrained communication links in the presence of data-corrupting noise. Turbo codes compete with low-density parity-check (LDPC) codes, which provide similar performance. Until the patent for turbo codes expired, the patent-free status of LDPC codes was an important factor in LDPC's continued relevance.
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