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书目名称Guide to Flow-Aware Networking影响因子(影响力)




书目名称Guide to Flow-Aware Networking影响因子(影响力)学科排名




书目名称Guide to Flow-Aware Networking网络公开度




书目名称Guide to Flow-Aware Networking网络公开度学科排名




书目名称Guide to Flow-Aware Networking被引频次




书目名称Guide to Flow-Aware Networking被引频次学科排名




书目名称Guide to Flow-Aware Networking年度引用




书目名称Guide to Flow-Aware Networking年度引用学科排名




书目名称Guide to Flow-Aware Networking读者反馈




书目名称Guide to Flow-Aware Networking读者反馈学科排名

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Service Differentiation in FAN,The differentiation of quality of service in FANremains a major challenge. This is due to the fact that FAN does not use any signaling, which makes the process of informing nodes about incoming transmissions difficult. This chapter shows how service differentiation can be provided in FAN networks and the capabilities of this architecture.

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Summary,Flow-Aware Networking is a promising concept for Future Internet. It is a simple, scalable solution which conforms to the net neutrality paradigm. In this book, we presented detailed descriptions of FAN alongside new algorithms and mechanisms which may improve transmission in this environment.

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Social Entrepreneurship and Social Inclusionoreover, as FAN does not use any kind of signaling, network routers are not aware of the incoming flow characteristics. This fact makes admission decisions more challenging than, for example, in Integrated Services (IntServ) supported IP or ATM, where transmission parameters are more or less known before the transmission starts.

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FAN in Case of Failure,nsmission of all flows accepted in the AC block cannot be broken in a failure-less state. In this chapter, we analyze traffic performance in FAN in the event of a link failure. The main assumption is that streaming flows should be quickly accepted in a link and immediately redirected to a backup link when a failure occurs.

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Service Degradation in FAN,oreover, as FAN does not use any kind of signaling, network routers are not aware of the incoming flow characteristics. This fact makes admission decisions more challenging than, for example, in Integrated Services (IntServ) supported IP or ATM, where transmission parameters are more or less known before the transmission starts.

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