Smart 5G edge improving experience and performance of applications over 5G networks

A non-transitory computer-readable medium storing one or more instructions executable by a computer system to perform operations comprising:

• establishing a plurality of signaling message quality of service (QoS) flows of an application over a communications network, wherein the plurality of signaling message QoS flows comprise a plurality of signaling packets of the application,
• wherein establishing the plurality of signaling message QoS flows of the application over the communications network comprises mapping one or more signaling flows of the application to a signaling message QoS flow of the plurality of signaling message QoS flows,
• wherein the one or more signaling flows of the application include at least one of real-time streaming protocol (RTSP) control, game control, mixed reality technologies state and haptics;
• establishing a plurality of data message QoS flows of the application over the communications network, the plurality of data message QoS flows of the application is different than the plurality of signaling message QoS flows, wherein the plurality of data message QoS flows comprise a plurality of data packets of the application,
• wherein establishing the plurality of data message QoS flows of the application over the communications network comprises mapping one or more data flows of the application to a data message QoS flow of the plurality of data message QoS flows,
• wherein the one or more data flows of the application includes audio and video data associated with the application;
• sending, through an ultra-reliable low latency communication (URLLC) slice over the communications network, the plurality of signaling message QoS flows to a user device;
• sending, through an enhanced multimedia broadband (eMBB) slice of the communications network, the plurality of data message QoS flows to the user device;
• mapping the plurality of signaling message QoS flows to a first plurality of data radio bearers (DRBs);
• mapping the plurality of data message QoS flows to a second plurality of DRBs;
• wherein mapping the plurality of signaling message QoS flows to the first plurality of DRBs and mapping the plurality of data message QoS flows to the second plurality of DRBs comprise determining the first plurality of DRBs and the second plurality of DRBs based on a plurality of key performance indicators (KPIs) of the application, and
• wherein the plurality of KPI of the application includes startup time, freezing, and disruptions a user experienced when interacting with the application;
• and
• providing, based on the first plurality of DRBs and the second plurality of DRBs, one or more services associated with the application to the user device.

A computer-implemented system, comprising:

• one or more computers;
• and
• one or more computer memory devices interoperably coupled with the one or more computers and having tangible, non-transitory, machine-readable media storing one or more instructions that, when executed by the one or more computers, perform one or more operations comprising:
• establishing a plurality of signaling message quality of service (QoS) flows of an application over a communications network, wherein the plurality of signaling message QoS flows comprise a plurality of signaling packets of the application;
• wherein establishing the plurality of signaling message QoS flows of the application over the communications network comprises mapping one or more signaling flows of the application to a signaling message QoS flow of the plurality of signaling message QoS flows,
• wherein the one or more signaling flows of the application include at least one of real-time streaming protocol (RTSP) control, game control, mixed reality technologies state and haptics;
• establishing a plurality of data message QoS flows of the application over the communications network, the plurality of data message QoS flows of the application is different than the plurality of signaling message QoS flows, wherein the plurality of data message QoS flows comprise a plurality of data packets of the application,
• wherein establishing the plurality of data message QoS flows of the application over the communications network comprises mapping one or more data flows of the application to a data message QoS flow of the plurality of data message QoS flows,
• wherein the one or more data flows of the application includes audio and video data associated with the application;
• sending, through an ultra-reliable low latency communication (URLLC) slice over the communications network, the plurality of signaling message QoS flows to a user device;
• sending, through an enhanced multimedia broadband (eMBB) slice of the communications network, the plurality of data message QoS flows to the user device;
• mapping the plurality of signaling message QoS flows to a first plurality of data radio bearers (DRBs);
• mapping the plurality of data message QoS flows to a second plurality of DRBs;
• wherein mapping the plurality of signaling message QoS flows to the first plurality of DRBs and mapping the plurality of data message QoS flows to the second plurality of DRBs comprise determining the first plurality of DRBs and the second plurality of DRBs based on a plurality of key performance indicators (KPIs) of the application, and
• wherein the plurality of KPI of the application includes startup time, freezing, and disruptions a user experienced when interacting with the application;
• and
• providing, based on the first plurality of DRBs and the second plurality of DRBs, one or more services associated with the application to the user device.