Chained Data Distribution for Efficient Large File Transfer

The patent segments the data transmission process into multiple parallel transmission chains. Instead of manual point-to-point transmission, the system automatically divides data into segments and transmits them simultaneously through multiple nodes using a chained distribution mechanism, where each node receives data and forwards it to the next node in the chain, significantly improving overall transmission efficiency and speed.

The patent introduces a control device as an intermediary that automatically manages multi-point transmission. The control device coordinates multiple transmission chains, assigns data segments to different nodes, and monitors transmission progress, enabling effective automated control of multiple nodes without manual intervention while maintaining high adaptability for distributing data to various destinations.

The patent applies local quality by assigning different roles and data segments to different nodes based on their capabilities and current load. Each node in the transmission chain receives and forwards specific portions of data, creating a balanced distribution of LAN traffic and CPU usage across the network. This segmented approach ensures that no single node becomes a bottleneck, maintaining uniform resource utilization while preserving high transmission rates.

The patent segments large files into multiple smaller data blocks that can be transmitted simultaneously through parallel chains. Each transmission chain handles a portion of the large file, allowing concurrent transmission across multiple nodes. This segmentation dramatically reduces overall transmission time compared to sequential transmission, while maintaining the capability to handle large files effectively.