Mesh Network Distribution via Beacon Monitoring
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Solution Overview
Problem
Current distribution network systems operate with low efficiency due to a one-to-one connection method, leading to poor user experience and inefficient network distribution.
Innovation Solution
A distribution network system and method that utilizes a mesh network with multiple communication channels, where an already-distributed network node broadcasts a beacon, and a to-be-distributed network node monitors and responds to join the mesh network through a distributable channel, with a control node providing a response message to facilitate network connection.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If a one-to-one connection method is used for network distribution, then each node can be connected reliably to the network, but the network distribution efficiency is low and the process is complex
Solution Approach 1:
The patent merges multiple one-to-one connection processes into a single group distribution mechanism. The control node distributes network connections to multiple to-be-distributed nodes simultaneously through one distributable network channel, combining what were previously separate individual connection processes into a unified efficient operation.
Solution Approach 2:
The distributable network channel is designed with universal functionality to handle multiple distribution tasks. A single channel can serve multiple to-be-distributed nodes, and the control node can manage multiple distributions through the same channel, making the system more versatile and efficient.
2Productivity
If multiple nodes are connected through a single distributable channel, then network distribution efficiency is improved, but the monitoring and response process becomes more complex
Solution Approach 1:
The to-be-distributed nodes autonomously monitor for beacons and initiate connection requests without requiring complex centralized coordination. Each node independently detects beacons on distributable channels and self-manages its connection process, reducing the overall system's monitoring complexity despite handling multiple nodes.
Solution Approach 2:
The system implements a feedback mechanism where control nodes send beacons that nodes monitor, and nodes respond with connection requests that trigger automated responses. This structured feedback loop simplifies the monitoring process by creating clear, detectable signal patterns rather than requiring complex continuous monitoring.
Data Source
AI summary
A distribution network system and method. The distribution system has a plurality of communication channels and is connected to a mesh network. The mesh network uses one of the plurality of communication channels as a distributable network channel. The distribution network system includes an already-distributed network node and a to-be-distributed network node. The already-distributed network node is located in the mesh network and is configured to broadcast a mesh network beacon to the distributable network channel. The to-be-distributed node is configured to alternately monitor whether the mesh network beacon is detected on each communication channel. The to-be-distributed node outputs a network distribution request message to the already-distributed node according to the mesh network beacon, monitors whether a distribution network response message corresponding to the distribution network request message is detected on the distributable network channel, and joins the mesh network according to the distribution network response message.