Data forwarding controlling method and apparatus

Abstract

The disclosed control method for data transfer comprises: allocating one ID according to different MAC address attribution to build the transfer relation among attribution IDs; once receiving data frame on dual-layer exchange, determining the corresponding attribution ID for source and objective MAC addresses, and finding out the transfer rule for data transfer. This invention reduces memory space and cost, and improves transfer rate.

Description

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AI Technical Summary

Benefits of technology

This new method and apparatus described in this patented allows different types of network devices (MAs) access their own unique identifier(ID). It uses these identifiers instead of storing them separately or relying upon older methods that were previously used. By assigning specific values based on factors like IP Address Type-A/B, Different Network Access Control Protocol (NAC), Transport Stream Codecs (TSC)/Transport Technologies such as TCP/IP, HTTP protocol, etc., it saves memory space compared to previous systems without requiring more storage capacity than what was needed. Additionally, there are fewer ways to manage complex networks efficiently through advanced techniques like packet inspection, flow monitoring, fault detection, and other similar technics. Overall, this innovation helps improve efficiency and reduce costs associated with accessing remote resources over wireless communication channels.

Problems solved by technology

This patented technical problem addressed in the current art relates to storing and controlling data transmittal paths based upon certain attributes like protocol type identification numbers called media access classifiers (MLAs), time delays associated with transmitting data frames over multiple networks simultaneover, and how these attribute values represent them accurately during routing decisions made at both ends of the communication path.

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