Schroedinger-like PageRank wave equation could revolutionise web rankings
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Re: Schroedinger-like PageRank wave equation could revolutionise web rankings
#2The paper is unconvincing. Sure, there's some mathematical similarity between Pagerank and the Schroedinger equation (they're both just eigenvector problems anyway, as I understand it) but they haven't really demonstrated that bringing in the QM formalism actually assists with calculating anything.
The "X could revolutionize Y" headline is even less convincing.
Re: Schroedinger-like PageRank wave equation could revolutionise web rankings
#3The paper is unconvincing. Sure, there's some mathematical similarity between Pagerank and the Schroedinger equation (they're both just eigenvector problems anyway, as I understand it) but they haven't really demonstrated that bringing in the QM formalism actually assists with calculating anything. The "X could revolutionize Y" headline is even less convincing.
But the QM formalism is so pretty! It MUST be useful.
Re: Schroedinger-like PageRank wave equation could revolutionise web rankings
#4The paper is unconvincing. Sure, there's some mathematical similarity between Pagerank and the Schroedinger equation (they're both just eigenvector problems anyway, as I understand it) but they haven't really demonstrated that bringing in the QM formalism actually assists with calculating anything. The "X could revolutionize Y" headline is even less convincing.
hugh, could you elaborate in slightly more laymen's terms? Or point to a good resource to read up on this?
It sounds interesting but is a bit over my head. Thanks!
Re: Schroedinger-like PageRank wave equation could revolutionise web rankings
#5The paper is unconvincing. Sure, there's some mathematical similarity between Pagerank and the Schroedinger equation (they're both just eigenvector problems anyway, as I understand it) but they haven't really demonstrated that bringing in the QM formalism actually assists with calculating anything. The "X could revolutionize Y" headline is even less convincing.
'Revolutionize" may not be appropriate, but I still think the paper is a good post. For anyone with a math/physics background, this is the perfect 3min. introduction to the page-rank algorithm.
Re: Schroedinger-like PageRank wave equation could revolutionise web rankings
#6The paper is unconvincing. Sure, there's some mathematical similarity between Pagerank and the Schroedinger equation (they're both just eigenvector problems anyway, as I understand it) but they haven't really demonstrated that bringing in the QM formalism actually assists with calculating anything. The "X could revolutionize Y" headline is even less convincing.
'Revolutionize" may not be appropriate, but I still think the paper is a good post. For anyone with a math/physics background, this is the perfect 3min. introduction to the page-rank algorithm.
You think? I'd have thought that anybody with a good math background would better served by something like the "$25B Eigenvector" article focusing on the Linear Algebra aspects of PageRank (http://www.rose-hulman.edu/~bryan/googleFinalVersionFixed.pd...)
Re: Schroedinger-like PageRank wave equation could revolutionise web rankings
#7I think internet marketing is going to get very hard in the future. Folks will have to focus on adding value in order to get recognition.
Re: Schroedinger-like PageRank wave equation could revolutionise web rankings
#8I think internet marketing is going to get very hard in the future. Folks will have to focus on adding value in order to get recognition.
> "Folks will have to focus on adding value in order to get recognition"
No way! You mean people will actually have to add value to get people to pay them, like most businesses in history have had to do?
Re: Schroedinger-like PageRank wave equation could revolutionise web rankings
#9Earlier quoted context omitted.
'Revolutionize" may not be appropriate, but I still think the paper is a good post. For anyone with a math/physics background, this is the perfect 3min. introduction to the page-rank algorithm.
You think? I'd have thought that anybody with a good math background would better served by something like the "$25B Eigenvector" article focusing on the Linear Algebra aspects of PageRank ( http://www.rose-hulman.edu/~bryan/googleFinalVersionFixed.pd... )
Yes, that $25B eigenvector article was the one I read, and having read it, was why I didn't feel like I was getting much new from this paper.
I may have been too harsh on the paper, though, because of the headline. It's still kinda neat, just almost-certainly useless.
Re: Schroedinger-like PageRank wave equation could revolutionise web rankings
#10Earlier quoted context omitted.
'Revolutionize" may not be appropriate, but I still think the paper is a good post. For anyone with a math/physics background, this is the perfect 3min. introduction to the page-rank algorithm.
You think? I'd have thought that anybody with a good math background would better served by something like the "$25B Eigenvector" article focusing on the Linear Algebra aspects of PageRank ( http://www.rose-hulman.edu/~bryan/googleFinalVersionFixed.pd... )
... and the $25B is a good 6+ minute introduction to the page-rank algorithm. The difference between the two perspectives is that the $25B paper treats PageRank as a general eigenvalue problem, while this one treats it as a very specific eigenvalue problem that has been analyzed to death by every student of QM or numerical analysis... including the associated perturbation theory, stability, preconditioning techniques, etc. As a result, the paper is very easy to scan. It is not a magnum opus, but it is cute.