Weather information is an excellent representation of atmospheric phenomenon. People with little or no atmospheric knowledge can understand weather forecasts and make good use of it in their daily life. Although Inter...
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Weather information is an excellent representation of atmospheric phenomenon. People with little or no atmospheric knowledge can understand weather forecasts and make good use of it in their daily life. Although Internet information flow does not include this system, it is essential for fitting both the technical and non-technical users. Users need to see the current traffic status of their own ISP or zone, even if some users curiously want to see other zones or the global traffic status. To fulfill this requirement for users, this paper approached a new model called the Ryuki model. In the four planes of the Ryuki model, we captured flow information from the bottom plane, estimated the flows, and introduced three mathematical indices in the second plane. The indices are Ryuki temperature, Ryuki pressure and Ryuki density. The third plane is the service plane where two types of services are introduced. And finally, the top plane represents the network status of the zone. Zone is used as an autonomous system (AS) in this document. A well-known network simulator is used in the simulation for collecting network traffic to estimate the service (QoS and CoS) related information.
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