This invention relates to a
data modeling technology, specifically a multi-module integrated real-time
database system. It includes multiple parallel
magnetic core memories, each comprising a synchronization host that establishes unidirectional communication with multiple application systems via a filtering channel controller. The
magnetic core memories also include a memory
database that interacts with the synchronization host. The synchronization host is also connected to multiple data interfaces for real-
time data acquisition and supports multiple real-
time data acquisition sources. By constructing a
distributed memory database using the synchronization host, memory database, and filtering channel controller, a large amount of real-
time data is first received and stored in memory. The memory data is then instantiated in a process-by-process manner, forming a
system architecture with excellent
scalability. The overall
system performance can be adjusted by adding a corresponding number of
magnetic core memories according to actual application requirements.