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Synchronous, with a Chance of Partition Tolerance

机译:同步,具有分区容限的机会

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Murphy, Murky, Mopey, Moody, and Morose decide to write a paper together over the Internet and submit it to the prestigious CRYPTOT9 conference that has the most amazing PC. They encounter a few problems. First, not everyone is online every day: some are lazy and go skiing on Mondays; others cannot use git correctly and they are completely unaware that they are losing messages. Second, a small subset of the co-authors may be secretly plotting to disrupt the project (e.g., because they are writing a competing paper in stealth). Suppose that each day, sufficiently many honest co-authors are online (and use git correctly); moreover, suppose that messages checked into git on Monday can be correctly received by honest and online co-authors on Tuesday or any future day. Can the honest co-authors successfully finish the paper in a small number of days such that they make the CRYPTO deadline; and perhaps importantly, can all the honest co-authors, including even those who are lazy and those who sometimes use git incorrectly, agree on the final theorem?
机译:Murphy,Murky,Mopey,Moody和Morose决定在Internet上共同撰写论文,并将其提交至拥有最出色PC的久负盛名的CRYPTOT9会议。他们遇到一些问题。首先,并不是每个人每天都在线:有些人很懒,在星期一去滑雪;其他人不能正确使用git,他们完全不知道自己正在丢失消息。其次,一小部分共同作者可能正在暗中密谋破坏该项目(例如,因为他们正在隐身地撰写竞争论文)。假设每天都有足够多的诚实合著者在线上(并正确使用git);此外,假设诚实的和在线的合著者可以在星期二或以后的任何一天正确接收星期一检入git的消息。诚实的合著者能否在短短几天内成功完成论文,从而使他们成为CRYPTO的截止日期?也许重要的是,所有诚实的合著者,包括那些懒惰的人和有时不正确地使用git的人,都可以同意最终定理吗?

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