5G Message Center Peer-to-Peer Group Sending Under High Load
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Solution Overview
Problem
The 5G message center faces challenges with increased bandwidth, disk IO, and computing power demands due to mass sending of messages, leading to reduced processing capacity and efficiency, especially during group-sending tasks, and potential service interruptions if the central server fails.
Innovation Solution
Classify nodes into first (seed) and second (ordinary) nodes, where the 5G message center sends group-sending files only to the first nodes, and the second nodes acquire these files from the first nodes, utilizing peer-to-peer transmission to reduce communication burden and improve processing efficiency.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If the 5G message center sends messages to all nodes directly, then message delivery is reliable, but bandwidth consumption and processing load increase significantly
Solution Approach 1:
The patent segments the node set into first nodes (message receiving nodes) and second nodes (message forwarding nodes). The message center only directly communicates with first nodes, while second nodes obtain messages through peer-to-peer transmission from first nodes. This segmentation reduces the message center's direct communication load and bandwidth consumption while maintaining reliable message delivery through the distributed node structure.
2Reliability
If the 5G message center processes all group-sending tasks centrally, then service quality is maintained, but processing capacity and efficiency decrease under mass sending scenarios
Solution Approach 1:
The patent enables second nodes to self-serve by automatically obtaining group-sending files from first nodes through file acquisition requests. This eliminates the need for the message center to directly manage and distribute files to all nodes, significantly improving processing efficiency while maintaining service quality through the decentralized file distribution mechanism.
3Reliability
If the 5G message center manages all file distributions, then file delivery is controlled, but disk IO load and management complexity increase
Solution Approach 1:
The patent introduces first nodes as intermediaries between the message center and second nodes. The message center maintains control by selecting first nodes and providing them with group-sending files, while actual file distribution to second nodes is handled by these intermediary first nodes. This reduces the message center's disk IO load and management complexity while maintaining file delivery control through the intermediary layer.
4Reliability
If the 5G message center handles all communication, then service consistency is ensured, but communication burden and network load increase
Solution Approach 1:
The patent adds a peer-to-peer communication dimension to the traditional centralized communication model. While the message center maintains service consistency through centralized file distribution to first nodes, second nodes obtain files directly from first nodes through a new communication dimension (P2P transmission). This reduces the communication burden on the message center while ensuring service consistency through the controlled file distribution architecture.
Data Source
AI summary
Disclosed are a 5th generation (5G) message processing method, a 5G message center, a terminal device, and a storage medium. The 5th Generation (5G) message processing method may include: determining a first node and a second node from all nodes which are to receive a 5G message, and generating a first list according to node information of the first node, wherein the first node and the second node belong to the 5G message center; sending, to the first node, a group-sending file corresponding to the 5G message; and delivering, to the second node, a notification message comprising the first list and a group-sending notification, such that the second node acquires the group-sending file from at least one first node in the first list according to the group-sending notification.