Method for centralized control of Internet of Things sensors

Abstract

The invention discloses a method for centralized control of Internet of Things sensors, and comprises more than one Internet of Things sensor, more than one wireless base station, more than one wireless humiture and moisture hanging meter, a switch and a system host. The more than one Internet of Things sensor comprises more than one Internet of Things sensor A and more than one Internet of Things sensor B of the Internet of Things; the more than one wireless base station comprises a wireless base station A and a wireless base station B; the control method comprises the following steps: S1, synchronizing one or more Internet of Things sensors in a jurisdiction area; S2, specifying an independent reporting time slice for reporting for each Internet of Things sensor in the jurisdiction within a specified reporting time period; S3, solving the consistency and the accuracy of measurement results of one or more Internet of Things sensors in the jurisdiction area; S4, when large-scale deployment is carried out, solving the initialization and configuration problems of the Internet of Things sensors in the jurisdiction. According to the invention, short-time dense data acquisition is realized, and the use requirements of the industry are met.

Description

technical field [0001] The invention relates to sensors of the Internet of Things, in particular to a method for centrally controlling the sensors of the Internet of Things. Background technique [0002] For existing IoT sensors, the reporting time can be configured by the system. After reporting the data, the sensor will automatically enter the dormant state. Since the system background cannot synchronously control all IoT sensors, it is not convenient to intensively complete a large number of IoT sensors in a short period of time. Information interaction between networked sensors and system background; [0003] Each IoT sensor in the area under its jurisdiction is calibrated independently, instead of using the same standard equipment for calibration. Within a certain range, the measurement results of the IoT sensors have deviations from each other, and there are problems with the consistency and accuracy of the measurement results. question. Contents of the invention ...

AI Technical Summary

Problems solved by technology

[0002] For existing IoT sensors, the reporting time can be configured by the system. After reporting the data, the sensor will automatically enter the dormant state. Since the system background cannot synchronously control all IoT sensors, it is not convenient to intensively complete a large number of IoT sensors in a short period of time. Information interaction between networked sensors and system background;

[0003] Each IoT sensor in the area under its jurisdiction is calibrated independently, instead of using the same standard equipment for calibration. Within a certain range, the measurement results of the IoT sensors have deviations from each other, and there are problems with the consistency and accuracy of the measurement results. question

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