Sprint Communications Comapny L.p.

Joseph E Gaudutis

Michael Francis Fiumano

Charles Andrew Robertson, Ii

Byron J Hoskins

Damon Edward Dowdall

In a wireless communication network, base stations exchange user data for a communication service between User Equipment (UE) and wireless network gateways. The network gateways exchange the user data with Internet Protocol (IP) routers. One of the gateways receives a Border Control Protocol (BGP) message from one of the IP routers indicating a performance issue with an IP address. The network gateway associates the IP address with the communication service and transfers signaling indicating a service issue. A management computer receives the signaling and transfers signaling to the base stations to shed the one gateway for the communication service. The base stations then exchange the user data for the communication service between the UEs and the wireless network gateways except for the one gateway. These other gateways exchange the user data for the communication service with the IP routers except for the IP router having the issue.

Wireless communication control based on border gateway protocol

Examples disclosed herein provide systems, methods, and software to control wireless communication device traffic based on border gateway protocol. In one example, a method of operating a Long Term Evolution (LTE) gateway includes receiving a border gateway protocol message transferred by an Internet Protocol (IP) router and processing the border gateway protocol message to determine a LTE network condition. The method further includes processing the LTE network condition to determine LTE signaling, wherein the LTE signaling indicates a mobility management entity instruction indicating a mobility management entity action and a LTE service, and transferring the LTE signaling.

A Long Term Evolution (LTE) network management system processes and displays Internet Protocol (IP) usage data between LTE network elements. A routing system exchanges IP packets between the LTE network elements using Virtual Routing and Forwarding (VRF) modules. The routing system generates usage data associating individual ones on the VRF modules with amounts of IP packets exchanged between the LTE network elements. A network control system processes the usage data to determine the amounts of the IP packets exchanged between the LTE network elements for each of the individual VRF modules. The network control system graphically displays the amounts of IP packets exchanged between the LTE network elements for each of the individual VRF modules.

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Lee's Summit, MO, United States of America

Joseph E Gaudutis