RPR equity type service control system, transmission method and flow control method

Abstract

The invention relates to a RPR-fair service control system, transmission method and flux control method, wherein said system comprises MAC controller and annular selector, external data channel, and inner data channel; the controller comprises smooth filter and up ring access flux controller. And the control method comprises that: MAC controller based on received fair information speed generates access allowed speed; processing low-pass smooth filter on the speed to generate smooth access allowed speed; using smooth access allowed speed to control the flux of up ring fair service. The invention also provides a relative transmission method, to avoid up ring speed vibration and improve network property.

Description

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AI Technical Summary

Benefits of technology

This patented technology helps manage networks efficiently while avoiding overloading their capacity due to heavy usage or poor communication quality caused by high demand levels. By smoothening out certain types of data requests that may cause delays at specific points along an entire path between two devices called peers (peer). These techniques help optimize network use efficiency without compromising any benefits such as increased latency time. Additionally, this technology allows users to easily set preferences based upon how much they want them during peak times. Overall, these technical improvements improve overall network performance and provide better services like fair message broadcasts.

Problems solved by technology

The technical problem addressed in this patented protocol relates to improving the efficiency and fairness of communication networks such as wireless local loop (WLAN)-based systems like Wireless Local Area Networks (WRSNs)). Specifically, current algorithms used in these networks have limitations in achieving efficient resource allocation or providing equal levels of resources across different domains while also being able to handle varying amounts of band width requests efficiently without causing delays during peak periods.

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