Projects tagged ‘acm’ and ‘c’

个人代码库..

Solutions for problems on the UVa online judge in C/C++ and Java

Mooshak's basic features include automatic judging of submitted programs, answering to clarification questions about problem descriptions, reevaluation of programs, tracking printouts, among many ... [More] others. Mooshak supports different kinds of contest, specially those based on ICPC rules. It has also support for IOI and 'shortest program' contests, and can be easily extended for new types of contests. The system was originally intended for contests, but it is increasingly being used in programming courses: to give instant feedback on practical classes, to receive and validate assignments submissions, to pre-evaluate and mark assignments, etc. [Less]

Questions for preparation to the ACM competition 2008. Initially, questions from the book "Programming Challenges"

From Wikipedia: "ACM International Collegiate Programming Contest (abbreviated as ACM-ICPC or just ICPC) is an annual multi-tiered competition among the universities of the world". In this context ... [More] , the ACM University of Valladolid (UVa) online judge is a website containing a set of publicly available problems targeted at the ACM ICPC. The acm-uva-ufrgs project is a central repository with solutions for problems from the ACM UVa online judge. These solutions are implemented and maintained by students from the Informatics Institute at Universidade Federal do Rio Grande do Sul (UFRGS), Brazil. [Less]

You can download here many ACM-ICPC solutions. If you want to read the complete problem statements you can see the problem's ID at "Downloads" section, and you will be able to read it on UVa Online ... [More] Judge (http://uva.onlinejudge.org) or ACM-ICPC Live Archive (http://acm.uva.es/archive/nuevoportal) sites. My profiles: http://acm.uva.es/archive/nuevoportal/users.php?user=13488 http://uva.onlinejudge.org/index.php?option=com_onlinejudge&page=show_authorstats&userid=22798 Definition of Online Judge: "An online judge is an online system to test programs in programming contests. They are also used to practice for such contests. Also, most of these systems organize their own contests, where there are 6-12 problems to solve in 5 hours. The system can compile and execute your code, and test your code with pre-constructed data. Submitted code may be run with restrictions, including time limit, memory limit, security restriction and so on. The output of the code will be captured by the system, and compared with the standard output. The system will then return the result. When mistakes were found in a standard output, rejudgement using the same method must be made. Online Judges have ranklists showing users with the biggest number of accepted solutions." Source: http://en.wikipedia.org/wiki/Online_judge Benjamin M. Seregi [Less]

ACM Problems on UVa Online Judge System

Midas is a Programming Competition System, oriented to competitions such as the ACM ICPC. We offer this as a (nearly) zeroconf alternative to PC^2. We admire the CSUS PC2 team's work because it is a ... [More] very complete piece of software, but we have also encountered some of its flaws. One of them -the one that give us most trouble- is the fact that PC2's implementation relies on Java's RMI. RMI has huge requirements on network setup, which are not easy to comply with in most situations. This is why we want to offer a lightweight alternative written in .NET (using Remoting), so we can control its behaviour easily... This project was initiated by a few Computer Science and Software Engineering students at Universidad de los Andes in Bogotá D.C., Colombia. We chose the name Midas because in greek mythology he was the judge in Apollo's and Marsyas' musical duel, and he was a very fair one (which earned him donkey ears in the end). It's common knowledge that he was very ambitious, and... Let's face it, everyone who enters a programming competition IS ambitious, right? To see what we have planned on short-term, please check the Roadmap for version 0.1 [Less]

Este proyecto contendrá las traducciones al castellano de los problemas del ACM-ICPC y sus repectivas soluciones en java, c y c++. Los enunciados estarán en latex.

here save some algorithm ,promblem source ,just for pravtice