Worldwide competitive programming contest for university students
Logo of the contest
The International Collegiate Programming Contest, known as the ICPC, is an annual multi-tiered competitive programming competition among the universities of the world.[1] Directed by ICPC Executive Director and Baylor Professor William B. Poucher, the ICPC operates autonomous regional contests covering six continents culminating in a global World Finals every year. In 2018, ICPC participation included 52,709 students from 3,233 universities in 110 countries.
The ICPC operates under the auspices of the ICPC Foundation and operates under agreements with host universities and non-profits, all in accordance with the ICPC Policies and Procedures.[2] From 1977 until 2017 ICPC was held under the auspices of ACM and was referred to as ACM-ICPC.[3]
Mission
The ICPC, the “International Collegiate Programming Contest”, is an extra-curricular, competitive programming sport for students at universities around the world. ICPC competitions provide gifted students opportunities to interact, demonstrate, and improve their teamwork, programming, and problem-solving process. The ICPC is a global platform for academia, industry, and community to shine the spotlight on and raise the aspirations of the next generation of computing professionals as they pursue excellence.[4] In its own words, ICPC is:
an algorithmic programming contest for college students. Teams of three, representing their university, work to solve the most real-world problems, fostering collaboration, creativity, innovation, and the ability to perform under pressure. Through training and competition, teams challenge each other to raise the bar on the possible. Quite simply, it is the oldest, largest, and most prestigious programming contest in the world
The ICPC traces its roots to a competition held at Texas A&M University in 1970 hosted by the Alpha Chapter of the Upsilon Pi Epsilon Computer Science Honor Society (UPE). This initial programming competition was titled First Annual Texas Collegiate Programming Championship and each University was represented by a team of up to five members. The computer used was a 360 model 65 which was one of the first machines with a DAT (Dynamic Address Translator aka "paging") system for accessing memory. The start of the competition was delayed for about 90 minutes because two of the four "memory bank" amplifiers were down. Teams that participated included, Texas A&M, Texas Tech, University of Houston, and five or six other Texas University / Colleges. There were three problems that had to be completed and the cumulative time from "start" to "successful completion" determined first-, second-, and third-place winners. The programming language used was Fortran. The programs were written on coding sheets, keypunched on Hollerith cards, and submitted for execution. The University of Houston team won the competition completing all three problems successfully with time. The second- and third-place teams did not successfully complete all three problems. The contest evolved into its present form as a multi-tier competition in 1977, with the first finals held in conjunction with the ACM Computer Science Conference.
From 1977 to 1989, the contest included mainly teams of four from universities throughout the United States and Canada. ICPC Headquarters was hosted by Baylor University from 1989 until 2022, with regional contests established within the world's university community, the ICPC has grown into a worldwide competition. To increase access to the World Finals, teams were reduced to three students within their first five academic years.[citation needed]
From 1997 to 2017, International Business Machines Corporation (IBM) was the sponsor of ICPC. During that time contest participation has grown by more than 2000%. In 1997, 840 teams from 560 universities participated. In 2017, 46,381 students from 2,948 universities in 103 countries on six continents participated in regional competitions. Organized as a highly localized extra-curricular university mind sport and operating as a globally-coordinated unincorporated association operating under agreements with host universities and non-profits, the ICPC is open to qualified teams from every university in the world.[citation needed]
UPE has provided continuous support since 1970 and honored World Finalists since the first Finals in 1976. The ICPC is indebted to ACM member contributions and ACM assistance from 1976 to 2018. Baylor University served since 1985, hosting ICPC Headquarters from 1989 until 2022. The ICPC operates under the auspices of the ICPC Foundation which provides the ICPC Global Headquarters to service a globally-coordinated community whose events operate under agreements with host universities and non-profits to insure that participation in ICPC is open to qualified teams from every university in the world. See ICPC Policies and Procedures.[2]
The ICPC World Finals (The Annual World Finals of the International Collegiate Programming Contest) is the final round of competition. Over its history it has become a 4-day event held in the finest venues worldwide with 140 teams competing in the 2018 World Finals. Recent World Champion teams have been recognized by their country's head of state. In recent years, media impressions have hovered at the one billion mark.[citation needed]
Since 2000, only teams from Russia, China, and Poland have won the ICPC world finals, except in 2022.[6] Participation in North America is much smaller than in the rest of the world, which is partially attributed to the perceived low payoff of participating.[7]
Contest rules
ICPC contests are team competitions. Current rules stipulate that each team consist of three students. Participants must be university students, who have had less than five years of university education before the contest. Students who have previously competed in two World Finals or five regional competitions are ineligible to compete again.[8][9]
During each contest, the teams of three are given 5 hours to solve between eight and fifteen programming problems (with eight typical for regionals and twelve for finals). They must submit solutions as programs in C, C++, Java, Ada,[10]Python[11][12] or Kotlin[13] (although it is not guaranteed every problem is solvable in any certain language, the ICPC website states that "the judges will have solved all problems in Java and C++" for both regional and world finals competitions). Programs are then run on test data. If a program fails to give a correct answer, the team is notified and can submit another program.
The winner is the team which correctly solves the most problems. If necessary to rank teams for medals or prizes among tying teams, the placement of teams is determined by the sum of the elapsed times at each point that they submitted correct solutions plus 20 minutes for each rejected submission of a problem ultimately solved. There is no time consumed for a problem that is not solved.[14]
Compared to other programming contests (for example, International Olympiad in Informatics), the ICPC is characterized by a large number of problems (eight or more problems in just 5 hours). Another feature is that each team can use only one computer, although teams have three students. This makes the time pressure even greater. Good teamwork and ability to withstand pressure is needed to win.
2004–2022 finals
2004 World Finals
The 2004 ACM-ICPC World Finals were hosted at the Obecni Dum, Prague, by Czech Technical University in Prague. 3,150 teams representing 1,411 universities from 75 countries competed in elimination rounds, with 73 of those teams proceeding to the world finals. St. Petersburg Institute of Fine Mechanics and Optics from Russia won, solving 7 of 10 problems.[15] Gold medalists were St. Petersburg Institute of Fine Mechanics and Optics, KTH Royal Institute of Technology (Sweden), Belarusian State University, and Perm State University (Russia).
2005 World Finals
Opening Ceremony in 2005
The 2005 world finals were held at Pudong Shangri-La Hotel in Shanghai on April 6, 2005, hosted by Shanghai Jiao Tong University. 4,109 teams representing 1,582 universities from 71 countries competed in elimination rounds, with 78 of those teams proceeding to the world finals. Shanghai Jiao Tong University won its second world title, with 8 of 10 problems solved.[16] Gold medal winners were Shanghai Jiao Tong University, Moscow State University (Russia), St. Petersburg Institute of Fine Mechanics and Optics (Russia), and University of Waterloo (Canada).
2006 World Finals
The 2006 ACM-ICPC World Finals were held in San Antonio, Texas, and hosted by Baylor University.[17] 5,606 teams representing 1,733 universities from 84 countries competed in elimination rounds, with 83 of those teams proceeding to the world finals. Saratov State University from Russia won, solving 6 of 10 problems.[18] Gold medal winners were Saratov, Jagiellonian University (Poland), Altai State Technical University (Russia), University of Twente (The Netherlands).
2007 World Finals
The 2007 ACM-ICPC World Finals were held at the Tokyo Bay Hilton, in Tokyo, Japan, March 12–16, 2007. The World Finals was hosted by the ACM Japan Chapter and the IBM Tokyo Research Lab. Some 6,099 teams competed on six continents at the regional level. Eighty-eight teams advanced to the World Finals. Warsaw University won its second world championship, solving 8 of 10 problems. Gold Medal Winners were Warsaw University, Tsinghua University (China), St. Petersburg Institute of Fine Mechanics and Optics (Russia), and the Massachusetts Institute of Technology (United States). Silver Medal Winners include Shanghai Jiao Tong University (China) and 3 other universities.
2008 World Finals
The 2008 ACM-ICPC World Finals were held at the Fairmont Banff Springs Hotel, in Banff, Alberta, Canada, April 6–10, 2008.[19] The World Finals was hosted by the University of Alberta. There were 100 teams in the World finals, out of 6700 total teams competing in the earlier rounds.[20] The St. Petersburg Institute of Fine Mechanics and Optics won their second world championship. Massachusetts Institute of Technology, Izhevsk State Technical University, and Lviv National University also received gold medals.
2009 World Finals
The 2009 ACM-ICPC World Finals were held in Stockholm, Sweden, April 18–22, at the campus of the hosting institution, KTH Royal Institute of Technology, as well as at the Grand Hotel, the Radisson Strand, and the Diplomat Hotel. There were 100 teams from over 200 regional sites competing for the World Championship. The St. Petersburg Institute of Fine Mechanics and Optics defended their title, winning their third world championship. Tsinghua University, St. Petersburg State University, and Saratov State University also received gold medals.[21] The 2009 World Finals pioneered live video broadcasting of the entire contest, featuring elements such as expert commentary, live feeds of teams and their computer screens and interviews with judges, coaches and dignitaries. The event was broadcast online, as well as by Swedish television channel Axess TV.
The 2011 ACM-ICPC World Finals were held in Orlando, Florida and hosted by main sponsor IBM. The contest was initially scheduled to be held in Sharm el-Sheikh, Egypt in February, but was moved due to the political instability associated with the Arab Spring. Zhejiang University took first place with the University of Michigan at Ann Arbor, Tsinghua University, and Saint Petersburg State University taking 2nd, 3rd, and 4th respectively each receiving gold medals.[23]
China(2G) United States(1G) Russia(1G,2S,2B) Germany(1S) Ukraine(1S) Poland(1B) Canada(1B)
The 2014 World Finals were held in Ekaterinburg, Russia on June 21–25, hosted by Ural Federal University. Final competition was held on 25 June.[27] 122 teams participated in the competition and St. Petersburg State University became the world champion.[28]
Following teams were awarded medals in ICPC 2014:[28]
St. Petersburg National Research University of IT, Mechanics and Optics
National Research University Higher School of Economics
Tsinghua University
Comenius University
2015 World Finals
ITMO team 2015
The 2015 World Finals were held in Marrakesh (Morocco) during May 16–21, hosted by Mohammed the Fifth University, Al Akhawayn University and Mundiapolis University. Final competition was on May 20. 128 teams competed to be World Champion. Winner was Saint Petersburg ITMO, solving all the proposed problems (13) for the first time ever. Russia (2G), China (1G, 1B, 1S), Japan (1G), United States (1B, 1S), Croatia (1S), Czech Republic (1S), Korea (1B), Poland (1B).
The 2016 World Finals were held in Phuket (Thailand) during May 16–21. Final competition was on May 19. 128 teams competed to be World Champion. Winner was Saint Petersburg State University solving 11 problems from 13 proposed problems. Second winner was Shanghai Jiao Tong University 7 minutes behind SpSU, also with 11 problems solved.
The 2017 World Finals were held in Rapid City, South Dakota (United States) during May 20–25, hosted by Excellence in Computer Programming. Due to visa issue, several teams were unable to present onsite, in which the affected schools are allowed direct qualifications for ICPC 2018 besides the usual qualification spots.
The winner was ITMO University. Teams of the following countries were awarded medals in ICPC 2017: Russia (2 Gold, 1 Silver, 1 Bronze), Poland (1 Gold), South Korea (1 Gold, 1 Bronze), China (3 Silver), Sweden (1 Bronze), Japan (1 Bronze).
^Bloomfield, Aaron; Sotomayor, Borja. "A Programming Contest Strategy Guide"(PDF). SIGCSE '16: Proceedings of the 47th ACM Technical Symposium on Computing Science Education. Archived(PDF) from the original on 2020-03-20. Retrieved 2020-03-15.
