Real-time monitoring system for cultural relic field based on cloud server

Abstract

The invention relates to the technical field of computer information, in particular to a cultural relic field real-time monitoring system based on a cloud server, and the system comprises a front-end sensor which is used for collecting the monitoring sensing data of a corresponding position in the cultural relic field; the data transmission unit is in data communication connection with each front-end sensor in the communication range and is used for receiving and uploading monitoring sensing data of the front-end sensors; the cloud server comprises cloud acquisition software and a database; the cloud acquisition software is used for issuing a data acquisition instruction to the data transmission unit and analyzing the monitoring sensing data uploaded by the data transmission unit to obtain corresponding monitoring data; and the database is used for storing the monitoring data. According to the real-time monitoring system in the cultural relic field, the complexity of a monitoring structure and the hardware cost can be reduced, and the real-time performance of monitoring data access is improved, so that the real-time monitoring effect of cultural relics can be ensured.

Description

technical field [0001] The invention relates to the field of computer information technology, in particular to a real-time monitoring system in the field of cultural relics based on a cloud server. Background technique [0002] As a key direction in the national cultural field, the protection of cultural relics and heritage has received extensive attention. The monitoring and early warning indicator system of cultural heritage is divided into two parts: one is the monitoring and early warning indicators of the heritage itself, and the monitoring indicators are set according to the types of heritage (ancient buildings, towns and villages, cultural landscapes, ancient ruins and ancient tombs, and historical gardens). The monitoring frequency of the indicators is studied and determined according to the specific conditions of each heritage during the system construction; the second is the influencing factors (construction scale, industrial development, land and population, meteo...

AI Technical Summary

Problems solved by technology

[0004] The applicant found that the signal transmission unit of the existing monitoring system includes a variety of (front-end) sensors, and the sensors need to be used in conjunction with the data acquisition instrument, and multiple sensors need to be connected to the multi-channel data acquisition instrument, and different types of sensors must be at least Need to be equipped with a data acquisition instrument, resulting in complex monitoring structure and high hardware cost of the monitoring system

At the same time, the main control room of the existing monitoring system needs a special person on duty, and before accessing the monitoring data, a special person needs to go to the main control room to export the data, resulting in poor real-time performance of monitoring data access

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