Network Control for Real-Time Client Synchronization Load
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Solution Overview
Problem
The initial synchronization load in real-time network communication systems, particularly in multi-person scenarios, leads to network capacity limits, connection failures, and disconnections due to the transmission of unnecessary information to all clients during mode switching, which degrades performance and increases latency.
Innovation Solution
A network control system that utilizes a communication controlling device to transmit latest information from a real-time network infrastructure to a new client terminal via a non-real-time network infrastructure, employing data compression and congestion management to avoid initial synchronization load and optimize network capacity.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If initial synchronization is performed by transmitting latest information to all clients during mode switching, then new clients can obtain necessary information, but network capacity is exceeded and connection failures occur
Solution Approach 1:
The system performs preliminary actions by maintaining historical latest information in the infrastructure before mode switching occurs. When a new client connects, this pre-stored information is transmitted directly without requiring real-time collection from all clients, thus avoiding network capacity exhaustion while ensuring reliable synchronization.
Solution Approach 2:
The invention extracts only the necessary latest information that is already stored in the infrastructure and transmits it to the new client. This selective extraction avoids transmitting unnecessary data to all clients simultaneously, preventing network capacity overload while maintaining connection stability.
2Reliability
If latest information is transmitted to all clients during mode switching, then synchronization is achieved, but unnecessary information is transmitted wasting network resources
Solution Approach 1:
The system extracts and transmits only the specific latest information that is relevant to the new client from the infrastructure's stored data. This prevents the wasteful transmission of unnecessary information to all clients while ensuring accurate synchronization of required data.
Solution Approach 2:
Instead of collecting and transmitting real-time information from all clients during mode switching, the system uses a pre-existing copy of the latest information that is already maintained in the infrastructure. This copying approach ensures synchronization accuracy while eliminating the energy waste of redundant data collection and transmission.
3Productivity
If data compression is applied during transmission, then communication efficiency is improved, but processing time increases
Solution Approach 1:
The infrastructure performs data compression in advance when storing information, so that pre-compressed data is already available when a new client connects. This preliminary compression eliminates the need for real-time compression during client connection, maintaining high communication efficiency while avoiding additional processing time delays.
Data Source
AI summary
A network control system includes a plurality of client terminals, a real-time network infrastructure, a non-real-time network infrastructure, and a communication controlling device. When the communication controlling device receives information on a new client as an initial synchronization request from a new client terminal in an initial synchronization step at a time of switching modes when the new client terminal connects to the real-time network infrastructure, the latest information on plurality of clients connecting to the real-time network infrastructure is transmitted to the new client terminal via the real-time network infrastructure.