Multi-Line Data Allocation for Priority-Aware Delay Control

The patent segments transmission target data into multiple data groups based on priority levels. High-priority data is transmitted first through selected communication lines, followed by standard-priority data. This segmentation allows the system to maintain high transmission capacity while reducing queuing delays for critical data by ensuring priority data is allocated to communication lines before they become saturated.

The patent dynamically changes the allocation parameters by adjusting which communication lines are selected and how much data is allocated to each line based on current communication speeds and data priorities. The system monitors communication line status and modifies allocation ratios in real-time, changing parameters such as allocation speed and line selection to optimize both transmission capacity and delay performance.

The patent applies local quality by assigning different allocation strategies to different data groups based on their priority levels. High-priority data receives preferential treatment in terms of line selection and allocation speed, while standard-priority data uses remaining capacity. This differentiated approach simplifies management by creating clear allocation rules for each data type rather than managing all data uniformly.

The patent performs preliminary actions by pre-selecting communication lines and determining allocation speeds before actual data transmission begins. The system identifies suitable communication lines based on current speeds and pre-determines how much data of each priority level should be allocated to each line. This preliminary planning reduces the complexity of real-time allocation decisions during active transmission.