Access Node Master Profile Message for D2D Timing Synchronization
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Solution Overview
Problem
In wireless networks, existing technologies face challenges in efficiently facilitating device-to-device communication between mobile stations, particularly in determining proximity and synchronizing communication based on timing parameters and user profiles, which affects the effectiveness of advertisement delivery and resource allocation.
Innovation Solution
The method involves an access node compiling a device-to-device group based on timing parameters and profile elements, sending a master profile message to select suitable mobile stations, and enabling device-to-device communication by exchanging location and synchronization messages between mobile stations, using timing advance parameters to optimize communication distance and resource allocation.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If mobile stations use device-to-device communication without access node coordination, then communication efficiency improves, but timing synchronization and proximity determination become unreliable
Solution Approach 1:
The access node serves as an intermediary that collects timing parameters from all mobile stations and distributes them to relevant stations. This mediator approach enables mobile stations to perform device-to-device communication with accurate timing synchronization, resolving the contradiction between communication efficiency and timing accuracy.
Solution Approach 2:
The access node performs preliminary actions by pre-calculating and distributing timing parameters to mobile stations before device-to-device communication occurs. This preliminary provisioning of timing information enables accurate synchronization without real-time coordination overhead during actual communication.
2Measurement precision
If the access node manages all device-to-device communication, then timing synchronization improves, but network complexity and signaling overhead increase
Solution Approach 1:
The system segments the timing management function: the access node handles timing parameter collection and distribution, while mobile stations independently perform proximity determination and communication setup. This segmentation reduces network control complexity while maintaining timing accuracy.
Solution Approach 2:
Mobile stations use the timing parameters provided by the access node to autonomously determine proximity and establish device-to-device communication without continuous access node intervention. This self-service approach reduces signaling overhead while maintaining synchronization accuracy.
3Measurement precision
If mobile stations exchange location information frequently, then proximity determination accuracy improves, but signaling overhead and energy consumption increase
Solution Approach 1:
The access node performs preliminary collection and processing of timing parameters from mobile stations, preparing proximity determination data in advance. This preliminary action enables accurate proximity determination without requiring frequent energy-consuming location updates from mobile stations.
Solution Approach 2:
The access node acts as an intermediary that consolidates timing parameter information from multiple mobile stations and makes it available for proximity determination. This mediator approach reduces the need for direct, frequent signaling between mobile stations, lowering overall energy consumption while maintaining accuracy.
Data Source
AI summary
According to one example, a method may comprise receiving, by an advertising mobile station in a wireless network, a master profile message from an access node, the master profile message comprising, for each of a plurality of mobile stations in the wireless network, a timing parameter and at least one profile element; selecting at least one receiving mobile station from the plurality of mobile stations based, at least in part, on comparing the timing parameter of the receiving mobile station to the timing parameter of the advertising mobile station and checking the at least one profile element of the receiving mobile station against a proposed advertisement; sending a location request message to the at least one receiving mobile station; receiving the location message from the at least one receiving mobile station, the location message indicating a location of the at least one receiving mobile station.