Construction method and system of real-time database address space of tias system
A technology of address space and construction method, applied in the field of rail transit, can solve problems such as server paralysis or stuck, low data access rate, etc., to achieve the effect of avoiding server paralysis or stuck
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Embodiment 1
[0039] Embodiment 1: a kind of construction method of TIAS system real-time database address space, contains the following steps:
[0040] S1. Perform data unit configuration through engineering configuration software;
[0041] Specifically, the engineering configuration software includes four aspects: node deployment, data configuration, graphic configuration, and channel configuration.
[0042] It should be noted that the data unit is the basic unit for organizing the data model. A group of nodes that are functionally related and have a certain degree of geographical independence (for example, one station and one major) are arranged in a "data unit". The files can be binary files or xml files.
[0043] S2. Analyze the configured data unit, and create monitoring objects, IO objects and node objects according to the OPC UA standard;
[0044] S3. Build the monitoring object model according to the relationship between the monitoring objects, build the IO object model according...
Embodiment 2
[0049] Example 2: see Figure 5 , a construction system for the real-time database address space of the TIAS system, including:
[0050] Engineering configuration module 1 is used for data unit configuration; it should be noted that the data unit is the basic unit for organizing the data model. ) is configured in a "data unit", and the files in the data unit can be binary files or xml files.
[0051] Data unit parser 2, used to analyze the configured data unit, and create monitoring objects, IO objects and node objects according to the OPC UA standard;
[0052] The node manager 3 is provided with an address space building module 301 for building a monitoring object model according to the relationship between the monitoring objects using a tree structure, and using a mesh structure to build the IO object model according to the relationship between the monitoring objects. The relationship between objects adopts a hierarchical mechanism to build a node object model;
[0053] T...
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