Hacker News | Using your laptop to compute PageRank for mill...     You don't need hundreds of megs of RAM to do it, though; put yourself in the mindset of a 1960s COBOL programmer, and you can do the matrix-vector multiplication in a few K of memory space by the following approach....     http://news.ycombinator.com/item?id=1382574     tags: pagerank Michael Nielsen » Using your laptop to compute PageRank for...     http://michaelnielsen.org/blog/using-your-laptop-to-compute-...     tags: pagerank pagerank.cpp - wikipedia-netflix - Project Hosting on Google...     pagerank in c++     http://code.google.com/p/wikipedia-netflix/source/browse/tru...     tags: pagerank c_ Michael Nielsen » Using your laptop to compute PageRank for...     The PageRank algorithm is a great way of using collective intelligence to determine the importance of a webpage. There’s a big problem, though, which is that PageRank is difficult to apply to the web as a whole, simply because the web contains so many webpages. While just a few lines of code can be used to implement PageRank on collections of a few thousand webpages, it’s trickier to compute PageRank for larger sets of pages.     http://michaelnielsen.org/blog/?p=523     tags: pagerank python SEOmoz | Google Search Engine Ranking Factors     http://www.seomoz.org/article/search-ranking-factors     tags: google pagerank ir PageRank™ without Toolbar     http://www.pagerank-without-toolbar.com/     tags: pagerank Adaptive On-Line Page Importance Computation     The computation of page importance in a huge dynamic graph has recently attracted a lot of attention because of the web. Page importance, or page rank is defined as the fixpoint of a matrix equation. Previous algorithms compute it off-line and require the     http://www2003.org/cdrom/papers/refereed/p007/p7-abiteboul.h...     tags: pagerank