By Tim Berners-Lee, Wendy Hall, James A Hendler
A Framework for net technological know-how units out a chain of techniques to the research and synthesis of the area vast net, and different web-like info buildings. A finished set of analysis questions is printed, including a sub-disciplinary breakdown, emphasising the multi-faceted nature of the internet, and the multi-disciplinary nature of its research and improvement. those questions and ways jointly set out an time table for internet technology, the technological know-how of decentralised details structures. internet technology is needed either with a purpose to comprehend the net, and so one can concentration its improvement on key communicational and representational necessities. A Framework for internet technological know-how surveys important engineering matters, equivalent to the improvement of the Semantic net, net providers and P2P. Analytic ways to find the Web's topology, or its graph-like constructions, are tested. eventually, the internet as a know-how is basically socially embedded; accordingly quite a few matters and specifications for net use and governance also are reviewed. A Framework for net technological know-how is aimed basically at researchers and builders within the quarter of Web-based wisdom administration and data retrieval. it's going to even be a useful reference for college students in laptop technology on the postgraduate point, lecturers and commercial practitioners.
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Extra info for A Framework for Web Science
The Grid and Semantic Grid raise a number of old questions in a new guise. Given that one’s computing resources are given over to outsiders, trust and security will require reconsideration . Socially, an interesting issue is understanding whether the Grid will actually change science, or merely allow the processing of more and more data . In general, all these new computing paradigms raise the question of how lots of relatively autonomous individuals can work together to produce mutually beneﬁcial results (either results beneﬁcial to each individual, or to society as a whole).
So, for example, one could imagine P2P networks being used to locate cached pages for backups in the event of failure or error leading to missing pages or dangling links. It needs to be established whether the ability of a P2P network to do that (which itself is currently unproven) would undermine the domain name system or support it. Whereas P2P systems exploit large scale distribution to achieve lots of small ends, grid computing  is often a distributed approach to large scale problems using substantial computing power to analyse enormous quantities of data.
75, 105, 208]. BPEL4WS is an extended version of the Business Process Execution Language BPEL, which is becoming an increasingly important way to interleave Web services with business processes. BPEL has its limits, but allows the creation of composite services from existing services. The next stage is to adapt this approach for the P2P environment, and the vehicle currently under development for that is CDL, aka WS-CDL, aka Choreography (Web Services Choreography Description Language – ), an XML-based language for deﬁning the common and complementary observable behaviour in P2P collaborations.
A Framework for Web Science by Tim Berners-Lee, Wendy Hall, James A Hendler