About Futurity Futurity features the latest discoveries by scientists at top research universities in the US, UK, Canada, and Australia. The nonprofit site, which launched in 2009, is supported solely by its university partners (listed below) in an effort to share research news directly with the public. Contacts editor@futurity.org 615 Hylan Hall University of Rochester Rochester, NY 14627 Jenny Leonard, editoreditor@futurity.org (585) 275-6076 Katie George, assistant editorkgeorge@admin.rochester.edu (585) 276-4508 Liz Goodfellow, assistant editoregoodfel@admin.rochester.edu (585) 276-6186 Monique Patenaude, assistant editorm.patenaude@rochester.edu (585) 275-6725 Governing Board
Free Book Search.net Free Book Search's document search tool is designed to return the maximum number of online documents from specific types of websites as per the users' choice. We have made this search portal very robust so that using the tools on this page, if a document exists somewhere - even hidden away - on the Internet, you will find it here. This is one of the only online tools that will actually find books and documents on non-book sites. Most other tools sift through digital libraries or known locations of e-books and documents, our searches also scan private collections that are normally hidden. There are a few methods for finding documents, and we have tried to incorporate all of them in one place by using the 'radio buttons'. You may need to try using a few of the search techniques to find what you are looking for, and you may need to sift through a number of documents. We have included a military search to search official military sites.
Free creation of questionnaires, surveys, tests and polls! the Pattern which Connects from KaliYuga to Tao: Complexity of Tao The definition of complexity of a system is itself complex: several authors in different historical periods in different disciplines have used different definitions. Seth Lloyd ranked in the first 90s at least 32 examples of definitions, including information (Shannon), entropy (Gibbs-Boltzmann), algorithmic complexity, self-delimiting code length, minimum length description, number of parameters, the degrees of freedom or dimensions, mutual information or channel capacity, correlation, fractal dimension, self-similarity, sophistication, size of the machine topology, difference in a subtree graph, temporal or spatial complexity of calculation, logic depth or thermodynamics, arge-scale order, self-organization, edge of chaos and others. Generally, complex systems may have the following features:Very large number of elements and connections Difficult to determine boundaries It can be difficult to determine the boundaries of a complex system. May be open May have a memory May be nested
PageRank Algorithm used by Google Search to rank web pages PageRank (PR) is an algorithm used by Google Search to rank web pages in their search engine results. It is named after both the term "web page" and co-founder Larry Page. PageRank works by counting the number and quality of links to a page to determine a rough estimate of how important the website is. Currently, PageRank is not the only algorithm used by Google to order search results, but it is the first algorithm that was used by the company, and it is the best known.[2][3] As of September 24, 2019, all patents associated with PageRank have expired.[4] Description[edit] A PageRank results from a mathematical algorithm based on the webgraph, created by all World Wide Web pages as nodes and hyperlinks as edges, taking into consideration authority hubs such as cnn.com or mayoclinic.org. History[edit] The eigenvalue problem behind PageRank's algorithm was independently rediscovered and reused in many scoring problems. Algorithm[edit] where At
Deep Web Intelligence We are finding many different industries are able to capitalize on Data-as-a-Service (DaaS). In this post we’ll uncover how a mining company is using BrightPlanet’s Data-as-a-Service model to monitor the Ebola health outbreak to keep their expatriates informed and out of harm’s way with the use of one dataset. You’ll see what type of data is harvested and how it is enriched to make it usable. Continue reading At BrightPlanet, we receive a number of questions about how BrightPlanet’s technology differs from our biggest competitors. People will commonly see companies like Kapow and Connotate and assume that our technologies are in direct competition. In this post, we hope to give you an understanding of how extraction companies and BrightPlanet’s harvesting technology don’t compete, as one may think, and explore the advantages of each individual technology. Continue reading Earlier this week, Forbes released an article titled “Insider Trading on the Dark Web”. Continue reading
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