Data packaging method capable of increasing and decreasing detection types, acquisition system and storage medium

Abstract

The invention relates to a data packaging method capable of increasing and decreasing detection types, a data acquisition system and a storage medium, and the method comprises the steps: building a sensor list and an identification byte, wherein the 0th bit of the identification byte is a chain flag bit and is used for indicating the attribute of a next byte, the seventh bit to the first bit of each identification byte are identification bits and respectively correspond to one kind of sensor data, and the identification bits of the identification bytes are in one-to-one correspondence with sensors in a sensor list; arranging the detection data acquired by the sensors according to the sensor type sequence identified by the identification bytes, sequentially storing the detection data in a data volume, and directly and continuously storing the detection data; and adding a data head in front of the identification byte, performing check calculation on the data head, the identification byteand the data body to obtain a check bit, and storing the check bit behind the data body to form a data packet. The method is suitable for a data acquisition system, can flexibly increase or decreasethe types of sensors, and avoids invalid data transmission.

Description

technical field [0001] The invention relates to the technical field of data packaging, in particular to a data packaging method capable of increasing or decreasing detection types, a data collection system and a storage medium. Background technique [0002] With the gradual increase of human concern for the natural environment, the monitoring of the natural environment is becoming more and more frequent. Monitoring of the natural environment can be done manually or automatically. With the development of computer technology, sensor technology and communication technology, more and more environmental data automatic collection systems have been put into use. After the system is deployed, it can automatically collect various environmental data, which can save a lot of manpower and material resources. Wide range of applications. The environmental monitoring data can be obtained by using the automatic environmental data collection system, after collection, preliminary screening,...

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