| Advertisement plays an important role more and more with the deep development of Chinese market economy. But how much the return of investment and the effect, Advertisement Company need calculate many types of analytical reports. The calculation effort is definitely huge.It' s a really big challenge when the software developer encounters huge amount of calculation with enterprise level hardware condition. The traditional approaches are as following: Enhance CPU frequency, more CPU, more memory, Multi-process and Multi threads per-server. Due to one single server' s competence is limited and the reality that super computer system always use parallel computing technology, the writer has tried to carry through distributed computing by arranging single computing task to multi-servers and has achieved good result.This paper will show you how to use WCF based parallel distributed computing technique from simple to complex as well as from general design to detailed design according to the writer' s project experience in utilizing WCF based distributed computing technology for TVR (TV rating) calculation solution.At first, the writer describes TV rating' s calculation theory and pin-point the basic factors of TVR, and explain why distributed computing way suitable for requirement of current Chinese market scale. Then, the writer gives a general introduction for nowadays distributed computing actuality. Then, the writer introduces WCF based distributed computing relative technologies which include windows service, .Net Remoting, Web service and WCF. Then introduce an actual project' s background and requirement in which the technical solution described in the paper is used. Then the writer describe WCF based distributed computing general design which includes master functions and characteristics, system design and topology structure, and then the detail design and the actual effect of the project which use the solution. At last, the writer summarized the WCF based distributed computing solution and give the follow-up analysis direction that can be carried out in future. |