Batch Execution Engine with Just-in-Time Procedural Loading

The patent applies preliminary action by pre-defining the structure and logic of procedural elements in a compact format during system setup, but delaying their full instantiation and loading until they are actually needed during batch execution. This allows the system to have all procedural elements prepared in advance in a space-efficient form while only consuming full memory resources when necessary.

The patent implements local quality by making different procedural elements available at different times based on their specific need during batch execution. Instead of uniformly loading all procedural elements at creation time, the system selectively loads only those procedural elements that are required for the current batch, optimizing memory usage according to local requirements.

The patent applies dynamics by making the procedural element loading process adaptive and dynamic rather than static. The system dynamically determines which procedural elements to load based on the current batch requirements, and dynamically manages memory allocation to support multiple concurrent batches by unloading elements from batches that have completed or are paused.

The patent implements universality by creating a shared memory management system that serves multiple concurrent batches. The same memory resources are dynamically allocated and deallocated to different batches as needed, allowing the system to process multiple batches simultaneously with a fixed memory footprint, rather than requiring dedicated memory for each batch.