Multi-Sensor Object Integration Prioritization Under Cycle Limits

The patent segments the integration processing into multiple stages: first processing high-priority targets within the execution cycle, then processing remaining lower-priority targets in subsequent cycles. This segmentation allows the system to guarantee completion of critical processing while deferring non-critical processing, thus resolving the contradiction between processing completeness and execution time constraints.

The patent implements periodic processing cycles where integration processing is performed in repeated intervals. High-priority targets are processed in each cycle, and lower-priority targets are processed in alternating or subsequent cycles. This periodic approach ensures that time-critical processing is always completed while eventually processing all targets across multiple cycles.

The patent performs preliminary processing of high-priority targets at the beginning of each execution cycle before lower-priority targets are considered. By identifying and processing critical targets first with sufficient computational resources, the system ensures that time-sensitive and safety-critical associations are made with high reliability, while lower-priority targets receive processing in remaining time or subsequent cycles.

The patent implements a feedback mechanism where the system monitors processing completion status and target priorities dynamically. When lower-priority targets remain unprocessed, the system uses feedback from previous cycles to continue their processing in subsequent cycles, ensuring that all targets eventually receive integration processing and association is maintained reliably across multiple cycles.

The patent segments the large volume of target information into priority-based groups. High-priority targets with critical association requirements are processed first with full integration accuracy, while lower-priority targets are processed in subsequent cycles. This segmentation allows the system to maintain high processing accuracy for critical targets while managing the overall quantity of information through multi-cycle processing.

The patent applies different processing quality levels to different targets based on their priority and association requirements. High-priority targets receive complete integration processing with maximum accuracy in the current cycle, while lower-priority targets receive deferred processing. This local quality differentiation ensures that processing accuracy is optimized where it matters most while managing computational resources efficiently.