t3io
Joined 9 years ago
Joined 9 years ago
Of all of the authors listed, none of their previous papers read like the Ray paper nor does the proposal paper (Real-Time Machine Learning : The missing pieces). http://arxiv.org/abs/1703.03924 reads like a corporate/industry grade requirements/proposal doc which is a huge departure from all of the author's prior papers... So, out of the blue, corporate level infrastructure project proposal and completion within the span of a year?
Can any of the paper's authors speak more clearly on who led this project over what span of time, under what direction, and with which industry groups? I see no background or papers from the individuals priority listed in the paper reflective of the sort that creates a formalized and industry grade Distributed Computational Framework such as this. > Robert Nishihara > Philipp Moritz Are priority listed yet have no prior papers leading to such a development. To what degree did : https://rise.cs.berkeley.edu/sponsors/ Drive this?
So many bets being placed on gift horses hoping for a high return. So little efforts looking and/or thinking beyond a narrow box.
So much disruption potential outside of mainstream currents.
And to think.. All one needs is a computer and an idea.
What unfolds in the times ahead is going to be one for the history books.
That hypothetical could very well be the reality on the horizon.
What of Safety/Control research that has fundamentally nothing to do with such a system or even its philosophy that the broad majority of these institutions or ventures are centered on? What of deep learning centric methodologies that are incompatible?
Safety/control software and systems development isn't a research topic. It's an engineering practice that is most suited for well qualified and practiced engineers who design safety critical systems that are present all around you.
Safety/Control Engineering isn't a 'lab experiment'. If one were aiming to secure, control and ensure the safety of a system, they'd likely hire a grey bearded team of engineers who are experts and have proven careers doing so. A particular systems design can be imparted on well qualified engineers. This happens everyday.
Without a systems design or even a systems philosophy these efforts are just intellectual shots in the dark. Furthermore, has anyone even stopped to consider that these problems would get worked out naturally during the development of such a technology?
Modern day AI algorithms and solutions center on mathematical optimization.
AGI centers are far deeper and elusive constructs. One can ignore this all to clear truth all they like.
So... If one's real concern is about the development of AGI and understanding therein, I think its fine time to admit that it might not come from the race horses everybody's betting on. As such, it is much more worth one's penny to start funding a diverse range of people and groups pursuing it who have sound ideas and solid approaches.
This advice can continue to be ignored such as it currently is and has been for a number of years. It can persist across rather narrow hiring practices....
The closed/open door will or wont swing both ways.