20240049048. TRAFFIC ENGINEERING IN 5G AND LTE CUPS ARCHITECTURE simplified abstract (Cisco Technology, Inc.)
Contents
TRAFFIC ENGINEERING IN 5G AND LTE CUPS ARCHITECTURE
Organization Name
Inventor(s)
Raghavendar Rao Kota of Colorado Springs CO (US)
Nithin Chitta of Bangalore (IN)
Srinivasa R. Irigi of San Jose CA (US)
TRAFFIC ENGINEERING IN 5G AND LTE CUPS ARCHITECTURE - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240049048 titled 'TRAFFIC ENGINEERING IN 5G AND LTE CUPS ARCHITECTURE
Simplified Explanation
The patent application describes technologies for solving complex distributed congestion in a 5G network by using traffic engineering data to redirect sessions. Specifically, it involves anchoring a network node to a user plane (UP) entity based on traffic engineering data and subscribing to traffic engineering data associated with requested parameters to push particular policies and/or select alternate application functions to correct congestion.
- Technologies for solving complex distributed congestion in a 5G network
- Utilizing traffic engineering data to redirect sessions
- Anchoring a network node to a user plane (UP) entity based on traffic engineering data
- Subscribing to traffic engineering data associated with requested parameters
- Pushing particular policies and/or selecting alternate application functions to correct congestion
Potential applications of this technology:
- Improving network performance and efficiency in 5G networks
- Enhancing user experience by reducing congestion and improving session quality
- Enabling better traffic management and optimization in high-demand areas
- Supporting the seamless integration of various applications and services in a congested network environment
Problems solved by this technology:
- Addressing complex distributed congestion issues in 5G networks
- Reducing network congestion and improving overall network performance
- Optimizing resource allocation and utilization in congested network areas
- Enhancing the reliability and stability of network sessions
Benefits of this technology:
- Improved network performance and efficiency
- Enhanced user experience with reduced congestion and improved session quality
- Better management and optimization of network traffic
- Increased reliability and stability of network sessions
- Seamless integration of various applications and services in congested network environments
Original Abstract Submitted
technologies for systems, methods and computer-readable storage media for solving complex distributed congestion in a 5g network by using traffic engineering data to redirect sessions. specifically, involving anchoring a network node to a user plane (up) entity based on traffic engineering data and subscribing to traffic engineering data associated with requested parameters to push particular policies and/or select alternate application functions to correct congestion.
