This is a good 80/20 solution. 80% of the value of the attorney for (less than) 20% of the effort/cost.
What people seem to misunderstand about steveeg1 comment is that a lot of time at an attorney office is spend sifting through old cases. Since lawyers bill in hours they either have to raise their hourly bill or lie about the hours spend in order to keep the final price tag the same.
Ross: Attorney built on top of IBM's Watson
81–90 of 119 posts
Re: Ross: Attorney built on top of IBM's Watson
#82Re: Ross: Attorney built on top of IBM's Watson
#83Wowed by the engineering brilliance. Ambivalent about the social cost-benefit. Creative destruction indeed (for the lower and middle orders, anyway). "First it came for the factory workers,...and then the medics and lawyers..."
It won't be satisfied until there's no work left to do, then how will we spend our time!
Re: Ross: Attorney built on top of IBM's Watson
#84Re: Ross: Attorney built on top of IBM's Watson
#85Does anyone know of in-depth articles that explain Watson internals (or even general such as what family of algorithms they're using) ? A friend of mine got to visit their R&D department a few years ago, and told me they basically explained nothing at all and remained on the marketing level. But there's got to be something somewhere, like previous research articles by the team's members, right ?
Re: Ross: Attorney built on top of IBM's Watson
#86Re: Ross: Attorney built on top of IBM's Watson
#87Re: Ross: Attorney built on top of IBM's Watson
#88Now that this "Attorney" can do legal research, I guess the next steps are to get it to marshal the relevant facts and evidence, analyze documents and information, interview witnesses, negotiate with the other side, and present a case to the jury.
Re: Ross: Attorney built on top of IBM's Watson
#89I'm impressed, and I'd love to see it in action. But I'm also worried that this is going in the wrong direction. If the law is getting too complex for humans to handle, the solution is not to create supercomputers that help us. The solution should be to simplify the law.
In practice, a lot of the quirky, wonky code is there to fix an actual bug that was encountered, and taking it out re-introduces the bug.
How do we know eliminating some of the complexities of current laws won't re-introduce some of the problems those complexities were trying to solve?