Transforming CRM Operations With Artificial Intelligence Computer Science |
- Transforming CRM Operations With Artificial Intelligence
- A pretty cool feed with cs papers and thoughts about them from ms research engineer
- Magritte: how to capture the good parts of shells in a language that is usable in a general purpose context [PDF, MSc thesis]
- Timeslice Equalizing Algorithm
- Winograd Convolution
- Issues decompiling PowerPC 602 code - any suggestions?
- �� Prepare for Coding Interviews together
- How do I get to this level starting from nothing?
- Reinforcement Learning
| Transforming CRM Operations With Artificial Intelligence Posted: 01 Sep 2019 11:52 PM PDT |
| A pretty cool feed with cs papers and thoughts about them from ms research engineer Posted: 01 Sep 2019 06:14 AM PDT |
| Posted: 01 Sep 2019 10:53 AM PDT |
| Timeslice Equalizing Algorithm Posted: 02 Sep 2019 01:33 AM PDT I have a requirement for which I am trying to write an algorithm and struggling a bit conceptually with. This seems like it should be a common-ish type problem so I imagine there is a name/standard solution for it but can't seem to find any material... Basically say I have X consumers (lets say 4 for the example), and I have a target interval I want some operation to occur at (lets say every minute for the example), I need to split the interval so that all 4 of the consumers take turns hitting the interval. First part is simple - we set them all to do the operation in (Interval * # of Consumers) time, i.e. 4 minutes in this case. But now I need to stagger them, so that 1st consumers fires on 1 minute, 2nd on minute 2, 3rd on minute 3 and 4th on minute 4 - the cycle will then repeat. I had a go at doing this and it works fine at start-up but I am struggling to deal with the case where a consumer is added or removed. The existing consumers should then 're-balance' themselves in this case. by waiting or speeding up to fit their new time-slice. How can I calculate the time they should delay themselves in order to fall into the new correct pattern. I feel like this is a relatively simple synchronisation problem and should have been tackled before / written about but not sure what it would be called to research it. Anyone heard of this / done anything similar before? [link] [comments]  |
| Posted: 02 Sep 2019 01:12 AM PDT |
| Issues decompiling PowerPC 602 code - any suggestions? Posted: 01 Sep 2019 05:36 PM PDT I've been trying to decompile some PowerPC 602 instructions but I've only found decompilers for 600/603 series processors. The 602 was a cut down 603 with only single point precision and a few other silicon level changes, but it seems to be enough where the decompiler is spitting out some garbage. Anyone have any recs for other PowerPC decompilers? Using HexRays [link] [comments]  |
| �� Prepare for Coding Interviews together Posted: 02 Sep 2019 02:16 AM PDT |
| How do I get to this level starting from nothing? Posted: 01 Sep 2019 03:21 PM PDT |
| Posted: 01 Sep 2019 08:00 AM PDT |
| You are subscribed to email updates from Computer Science: Theory and Application. To stop receiving these emails, you may unsubscribe now. | Email delivery powered by Google |
| Google, 1600 Amphitheatre Parkway, Mountain View, CA 94043, United States | |
No comments:
Post a Comment