Internet of things (IoT)-based dynamic monitoring platform for monitoring archaeological excavation field

Abstract

The invention relates to an internet of things (IoT)-based dynamic monitoring platform for monitoring an archaeological excavation field. The IoT-based dynamic monitoring platform for monitoring the archaeological excavation field comprises a dynamic monitoring system for monitoring the archaeological excavation field, a remote database server and a local database server, wherein the remote database server and the local database server are respectively connected with the dynamic monitoring system for monitoring the archaeological excavation field through IoT. The IoT-based dynamic monitoring platform for monitoring the archaeological excavation field, provided by the invention, is simple in wiring manner, low in work load, low in deployment cost, strong in adaptability and easy for acquiring data by using mobile equipment.

Description

technical field [0001] The invention belongs to the field of computer control engineering and relates to a dynamic monitoring platform, in particular to a dynamic monitoring platform for archaeological excavation site monitoring based on the Internet of Things. Background technique [0002] The current archaeological excavation site lacks a real-time wireless monitoring system. The traditional wired networking method is to connect multiple sensors with cables, and use the wired network to transmit the data collected by the sensors to the on-site monitoring equipment and remote terminals. Such a method exists The following disadvantages: [0003] 1) The on-site wiring method is complicated and the workload is heavy. If the wired method is adopted, it is necessary to comprehensively consider the wiring method according to the terrain characteristics of the archaeological excavation site, and the wired network will also bring certain damage to the environment of the excavation...

AI Technical Summary

Problems solved by technology

[0002] The current archaeological excavation site lacks a real-time wireless monitoring system. The traditional wired networking method is to connect multiple sensors with cables, and use the wired network to transmit the data collected by the sensors to the on-site monitoring equipment and remote terminals. Such a method exists The following disadvantages:

Wired network wiring is inefficient, and there are many comprehensive factors to be considered and complex

[0004] 2) High cost of deployment

Wiring costs are high

[0005] 3) Poor adaptability of wired network

Compared with the conventional monitoring site, the terrain of the archaeological excavation site will change accordingly with the continuous development of the excavation progress. It is difficult for the wired network to adapt to this change. When the environment changes, it is necessary to consider the network topology and re-wiring. A lot of manpower and material resources are invested

[0006] 4) It is difficult for mobile devices to obtain data

Inconvenient for mobile devices to access the network

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