Flexible Ethernet Bandwidth Multiplexing for Network Utilization

The patent applies dynamics by making the bandwidth allocation flexible rather than fixed. The TDM mechanism is modified to allow dynamic sharing of bandwidth resources among multiple services. Specifically, the system divides the Ethernet interface into multiple virtual channels, where each service can dynamically access unused bandwidth from other services through a scheduling mechanism, thus improving network utilization while maintaining service isolation through virtual channel management.

The patent implements universality by creating a multi-functional bandwidth allocation system. The same physical bandwidth resource can be shared by multiple different services simultaneously through virtual channel multiplexing. The scheduling mechanism allows any service to utilize any unused bandwidth resource across different virtual channels, making the bandwidth allocation system universal and adaptable to various service requirements, thereby reducing bandwidth waste.

The patent applies segmentation by dividing the total bandwidth into multiple virtual channels, with each virtual channel assigned to a specific service. This segmentation maintains stable bandwidth allocation for each service within its virtual channel while allowing unused bandwidth in one virtual channel to be shared by other services through a scheduling mechanism. The segmentation approach ensures both service isolation and efficient resource utilization.

The patent implements parameter changes by modifying the bandwidth allocation parameters from fixed to flexible. The system maintains the stability of bandwidth allocation through virtual channel configuration but changes the utilization parameter to allow dynamic sharing. The scheduling mechanism adjusts bandwidth assignment in real-time based on actual service requirements, reducing bandwidth resource waste while maintaining allocation stability.