This year's contest features a challenging task in the field of optimistic concurrency control for databases.
To spare you the boring parts we already provide working implementations in C++, Java, Go and Rust! Simply register, try our implementations, improve them, and work your way to the top of our leaderboard. The top-5 best-ranking undergrad or grad student teams are invited to the ACM SIGMOD 2015 conference in Melbourne, with the best one winning a $5,000 prize.
I would be interested why the go implementation is so much slower than the Java implementation. The algorithms behind both implementations seem to be exactly the same and both are garbage collection languages. There probably has to be a stupid performance mistake somewhere. I tested with the small dataset from the task page.
[+] [-] mtodat|11 years ago|reply
To spare you the boring parts we already provide working implementations in C++, Java, Go and Rust! Simply register, try our implementations, improve them, and work your way to the top of our leaderboard. The top-5 best-ranking undergrad or grad student teams are invited to the ACM SIGMOD 2015 conference in Melbourne, with the best one winning a $5,000 prize.
[+] [-] mkaufmann|11 years ago|reply
[+] [-] teraflop|11 years ago|reply
[+] [-] sctb|11 years ago|reply