Class-Based APN Assignment for M2M QoS Control

The patent applies parameter changes by introducing multiple APN classes (first class, second class, third class) with different characteristics such as QoS parameters, bearer management policies, and resource allocation rules. Each APN class is defined with specific parameters tailored to different M2M application requirements, enabling intelligent allocation based on user needs while managing complexity through structured parameterization.

The patent segments the APN allocation system into distinct classes, where each class represents a specific service category with dedicated resources and policies. This segmentation allows the network to provide differentiated services (e.g., high-priority M2M traffic, low-priority traffic, specific application types) without creating a monolithic complex system, as each segment can be independently managed and optimized.

The patent divides resource management into distinct APN classes, each with dedicated resource pools and management policies. This segmentation enables efficient on-demand resource allocation because resources can be independently managed within each class without affecting others. The complexity is reduced through modular class definitions that can be independently configured and maintained.

The patent implements automated APN class assignment mechanisms where the system automatically matches M2M users to appropriate APN classes based on their service requirements, device characteristics, and network conditions. This self-service approach eliminates manual configuration complexity while maintaining efficient resource management, as the system autonomously performs the allocation decisions based on predefined criteria.