A general gateway design method based on object model and protocol dynamic component configuration

Abstract

The invention discloses a universal gateway design method based on object model and protocol configuration, which sequentially includes the following steps: (a) developing a protocol configuration management platform; (b) generating a specific gateway application program; and (d) assembling a specific function gateway for special occasion. The specific gateway application program is generated by developing a protocol configuration management platform, and the specific function gateway is assembled to a special occasion, thereby to form a specific gateway product. By adopting above technical scheme, the invention has good flexibility, high reliability low cost, and batch production, and ensures the entire function and reliable performance of the gateway.

Description

technical field [0001] The invention relates to a development method of an integrated gateway in the field of intelligent building system integration, in particular to a general gateway design method based on object model and protocol configuration configuration. Background technique [0002] In the field of intelligent building system integration, the objects of system integration are getting wider and wider, the functional requirements of system integration are getting higher and higher, and the demand for system integration is also increasing. The quality and performance of the key equipment for system integration┄integration gateway directly determines the final implementation effect and success of the intelligent project. Therefore, the design of integrated gateway is a key technology in the field of intelligent building system integration. [0003] The specific design of the integrated gateway involves the type of the object to be integrated, the functional requiremen...

AI Technical Summary

Problems solved by technology

Because these contents are too professional, and it is impossible for developers to follow up for too long, the result is that smart buildings are about to be put into use, and the conditions for system integration are still uncertain, and the development time left for developers is very short

[0004] In addition, there are too many differences in integration conditions in specific projects, and general gateway developers are unable to carry out reasonable system design, so they can only be forced to directly analyze the free protocol and the protocol of the management platform one-to-one, so as to realize the monitoring of specific monitoring objects in specific Functional integration under monitoring requirements

[0005] At present, the design of integrated gateways in the field of intelligent building system integration generally adopts customized methods. The disadvantages and shortcomings are: (1) In the process of developing requirements collection and on-site debugging, professional developers must participate in the gateway, which is difficult to use; (2) The collection time of the system integration conditions is short, and it is difficult to make a reasonable plan for the system integration conditions; (3) The gateway development time is tight, the quality of the gateway cannot be guaranteed, and the reliability of the gateway is poor, resulting in the failure of the intelligent building system. The implementation effect of the integration project is not ideal; (4) It is impossible to directly apply the results of this development to the next gateway development work, let alone put the gateway developed this time on the market as a standard product, that is, the gateway developed this time The possibility that the gateway can be used directly next time is very small

Images