Real-time data distribution system

Abstract

The invention discloses a real-time data distribution system. The system comprises a real-time kernel module, an IOMAP module, an RPC service module, a data recording module and a data excitation module. The real-time kernel module comprises a manager and a model task; model tasks of the IOMAP module and the real-time kernel module are interconnected, the data excitation module is connected to a manager of the real-time kernel module, the manager of the real-time kernel module is connected to the data recording module, the RPC service module is connected to the data excitation module, the datarecording module and the manager of the real-time kernel module, and the RPC service module is interconnected with an external RDTS controller. According to the invention, the information island is removed, and the information of the current state is directly entered into the data server and can be mutually called; service isolation is realized, bottom-layer processing is decoupled from upper-layer service through an IOMAP module; and flexible multiplexing is realized, so that equipment and software are not limited by a hardware environment, an operating system and an interactive interface any more, and the universality is high.

Description

technical field [0001] The invention relates to a data processing system, in particular to a real-time data distribution system. Background technique [0002] With the rapid development of control, communication, computer and other technologies, the architecture of various application systems presents a network-centric trend, which puts forward higher requirements for real-time, dynamic and flexible communication networks. Modern electronic system is a complex system engineering with multi-disciplinary integration. It involves many types of knowledge. There are often jobs that require business personnel to go from the bottom to the top, which makes the work more difficult, unnecessary learning tasks are too heavy, and it is impossible to focus on Self-professional construction and accumulation. In the life cycle of an electronic system (or equipment), it is completed by different departments through a combination of multiple processes and processes; each department and proc...

AI Technical Summary

Problems solved by technology

Modern electronic system is a complex system engineering with multi-disciplinary integration. It involves many types of knowledge. There are often jobs that require business personnel to go from the bottom to the top, which makes the work more difficult, unnecessary learning tasks are too heavy, and it is impossible to focus on Professional construction and accumulation

In the life cycle of an electronic system (or equipment), it is completed by different departments through a combination of multiple processes and processes; each department and process has its own input data and output results in its own stage, but many departments and processes The input, The output is poorly connected and needs to be transmitted manually, which is prone to errors, low efficiency, and information loss

In the prototype design, simulation modeling and development verification of complex hardware cross-linking application systems, limited to hardware environment, operating system or interactive interface and other factors, real-time data acquisition, mapping, calculation and distribution require targeted design Applicable Data processing systems meet different needs and are not universal

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