Internet-of-things data parsing system and method based on configuration scripts

Abstract

The invention discloses an internet-of-things data parsing system and method based on configuration scripts. The system comprises a cloud platform unit, an internet-of-things gateway unit and a data acquisition unit. The method includes the steps of operating the cloud platform, operating the internet-of-things gateway and acquiring data. Internet-of-things data are read and parsed on an embeddeddevice based on the configuration scripts; data parsing can be performed on different types of embedded devices through only one data acquisition and parsing module; the maintenance process is simpleand feasible; the maintenance cost is low. In addition, the invention also provides a user with chances for parsing scripts in custom form.

Description

technical field [0001] The present invention relates to a data analysis system and analysis method, in particular to an Internet of Things data analysis system and analysis method based on configuration scripts used on embedded devices connected to the Internet of Things or Industrial Internet, belonging to the Internet of Things or industrial internet field. Background technique [0002] In the current consumer or industrial fields, there are more and more embedded devices such as home appliances, industrial sensors, and industrial controllers, and the number has far exceeded that of traditional computers. In recent years, with the rapid development of the Internet of Things and the Industrial Internet, most embedded devices have been connected to the cloud platform and become part of the Internet of Things or the Industrial Internet. [0003] For these embedded devices connected to the Internet of Things or the Industrial Internet, when reading and analyzing data, the dat...

AI Technical Summary

Problems solved by technology

However, there is a very obvious problem in this kind of operation, that is, it cannot be flexibly expanded. Any modification of the data structure or analysis method needs to go through the process of modifying the code, compiling, testing, and solidifying again.

Such an operation process is not only inefficient, but also error-prone

In the Internet of Things or the industrial Internet cloud platform, new types of devices will continue to be connected to the system. If you continue to use this method of modifying the code to adapt to the device, the code will become more and more complicated, and the maintenance cost will become higher and higher. It is also difficult to adapt to the rapid development and advancement of the Internet

[0006] In addition to the above intuitive defects, using the method of modifying the code to adapt to device expansion, due to the continuous increase in code complexity, it is easy to introduce new problems during the modification process. At this time, the only way to solve it is to upgrade the device software

In the actual application of the Internet of Things or the industrial Internet cloud platform, the embedded devices are usually far away from the cloud platform server or the operation and maintenance client. It is very troublesome and difficult to remotely upgrade the device software, and even some devices cannot be implemented at all. remote upgrade

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