Non-Cellular Paging via Policy-Based Network Selection

The patent segments the paging response process into two independent parts: the page request can be sent through any available network (cellular or non-cellular), while the response can be routed through a different network based on device preference and network conditions. This segmentation allows the device to receive the page through one network interface and respond through another, breaking the traditional constraint that required responding through the same network that initiated the page.

The patent introduces an intermediary mechanism where the device's policy module acts as a mediator between the received page request and the network response system. This policy module evaluates available networks and determines the optimal response path based on pre-configured policies, service types, and current network conditions, allowing flexible routing independent of the original page transmission network.

The patent implements a self-service mechanism where the mobile device autonomously manages its multi-RAT communications through policy-based decision-making. The device's policy module automatically evaluates available networks, determines the optimal response path, and executes the decision without requiring complex external coordination or manual intervention. This self-service approach simplifies the overall system by shifting the management burden from the network side to the device side.

The patent utilizes parameter changes in the form of policy configurations that define prioritization rules for different service types and network conditions. By changing policy parameters based on service type (e.g., voice, data, emergency), the device dynamically adjusts its network selection and response behavior, enabling versatile multi-RAT operation without requiring complex real-time decision-making logic.

The patent applies preliminary action by pre-configuring policy rules in the device that define preferred response networks for different service types and conditions. These policies are established beforehand and include prioritization rules that enable rapid decision-making when a page request is received. The device maintains a pre-evaluated list of available networks and their suitability for different scenarios, allowing immediate response without complex real-time analysis.

The patent implements dynamics by allowing the policy-based network selection to adapt in real-time based on current network conditions, device state, and service type. While policies are pre-configured, their application is dynamic - the device continuously monitors network availability and adjusts its response path selection based on current conditions, balancing speed and efficiency requirements.