I don’t follow the math completely, but think I understand a little about how a couple of adjustments to the framework you’ve been using seems to point to the entanglement of the different values in the sets, and the ability to infer space/time relationships between them with a smaller subset of the data than would ‘normally’ be required. What caused me to comment was that a fair amount of my work has involved a few of the same topics and at least a few of the same trains of thought you deal with in this presentation. That is to say, I can see that what you’re doing looks a bit like what I’m doing, and for some of the same reasons, but I don’t know the language very well yet, and I would like to know more.
The reason being there were a few of the applications for this framework you mentioned near the end of the lecture that coincide with what I’ve been working on and I’d like to get some of your feedback. I understand people have time constraints and I’m honestly a little nervous about sharing what I’ve made considering I come at it from more of an intuitive approach, although I do attempt to come up with proofs of sorts. Having said that though, would you mind if I reached out to you to show you some of what I’ve done and get some of your thoughts on it?
Sure, if you want to send me an email and propose some times, we could set up a half hour chat. (You could also wait until I post all the math over the next couple weeks.)
I don’t follow the math completely, but think I understand a little about how a couple of adjustments to the framework you’ve been using seems to point to the entanglement of the different values in the sets, and the ability to infer space/time relationships between them with a smaller subset of the data than would ‘normally’ be required. What caused me to comment was that a fair amount of my work has involved a few of the same topics and at least a few of the same trains of thought you deal with in this presentation. That is to say, I can see that what you’re doing looks a bit like what I’m doing, and for some of the same reasons, but I don’t know the language very well yet, and I would like to know more.
The reason being there were a few of the applications for this framework you mentioned near the end of the lecture that coincide with what I’ve been working on and I’d like to get some of your feedback. I understand people have time constraints and I’m honestly a little nervous about sharing what I’ve made considering I come at it from more of an intuitive approach, although I do attempt to come up with proofs of sorts. Having said that though, would you mind if I reached out to you to show you some of what I’ve done and get some of your thoughts on it?
Sure, if you want to send me an email and propose some times, we could set up a half hour chat. (You could also wait until I post all the math over the next couple weeks.)