Design And Implementation Of Intelligent Home Gateway Based On Open Wrt For 10G PON

With Internet of things is becoming the new development of wave of the World information industry,kinds of intelligent devices appear in front of us.And with high development of the world economy,people's purchasing power also boosts the industry of the intelligent devices.When there are more and more intelligent devices appear in every family,the traditional network access equipment seems hard to keep up with the pace of the times under the pressure of the development of Internet of things and the thirst for kinds of services of the users.Therefore,the intelligent home gateway emerges as the times require.The intelligent home gateway not only enhances its network access ability(wider bandwidth and more access amounts),but also can make full use of its important strategic position-“the only entrance of flow of the family” to develop other business conveniently and freely,providing the users with kinds of services to meet their needs.Improvement of the user viscosity and convenience to develop other business make many companies covet this emerging market of intelligent home gateway.And core position of smart home in the future also makes intelligent home gateway become the focus of the whole communication industry,even all over the world.This paper depends on a project to design a kind of intelligent home gateway according to the specification of the new generation of intelligent home gateway.Yet the finished product has been born from the project and passes the tests.This kind of intelligent home gateway is developed on the base of the OpenWrt software framework,and uses D-Bus for module to module communications.In this paper,the estimate of the design of the intelligent home gateway will be done firstly in order to choose the best way to develop this product.Next,the new type of module to module communications-D-Bus will be studied and exampled for the real application.Finally,the whole design of the intelligent home gateway will be modularized,and each modularization will be described in tail.