Intelligent garbage monitoring and clearing method and device based on edge calculation

Abstract

The invention discloses an intelligent garbage monitoring and clearing method and device based on edge calculation. A cloud server and a plurality of edge servers are arranged; setting an intelligentterminal at each garbage can, and periodically sending the acquired sensor information to an edge server through a communication module; a data monitoring module is arranged on the edge server, analyzes the data sent by the intelligent terminal, obtains various data of the garbage can, and respectively stores the data to a local database of the edge server and a database of the cloud server; man-machine interaction ends are arranged on an edge server and a cloud server respectively, services needing to be processed in real time are arranged on the edge server according to time delay requirements of the services, and other services are arranged on the cloud server; and the edge server carries out path planning by using the received data and sends the data to the garbage collection and transportation vehicle, and the garbage collection and transportation vehicle realizes garbage collection and transportation according to the planned path. Various states of the garbage can can be monitored, clearing and transporting path planning is facilitated, and whether fire hazards exist in the garbage can or not can be judged; a system architecture is reasonably set, and low delay is realized.

Description

Technical field [0001] The invention relates to a garbage monitoring and garbage removal control method, in particular to a smart garbage monitoring and removal method using edge computing and cloud computing. Background technique [0002] At present, the problem of garbage recycling management in the city has become a hot issue. Shanghai has implemented garbage classification, and its starting point and purpose reflect that it is urgent to solve the garbage problem. However, the traditional manual garbage collection scheme is faced with the problem of not being able to obtain the status of the trash can in time, which has led to a lot of garbage collection not being timely, and even the trash can is lit by cigarette butts but cannot be disposed of in time. In order to efficiently manage urban garbage and reduce human, material and financial resources, some garbage recycling management methods have been proposed. [0003] The existing waste management methods all use the tradition...

AI Technical Summary

Problems solved by technology

However, it has the following defects: (1) The data is single, and only the fullness of the trash can can be judged; (2) The solution uses optical fiber to connect the server, and a dedicated line needs to be laid; (3) The server runs on the cloud, which is difficult to meet the needs of a large number of terminals. Wide connection and low latency requirements; (4) For the data uploaded by the terminal, there is no further analysis and statistics. The system only achieves the function of detection, and there is no corresponding management function of human-computer interaction

[0004] With the exponential growth of the number of Internet of Things terminal devices, the traditional Internet of Things system architecture has been overwhelmed, and cloud computing cannot meet the wide connection and low-latency requirements of massive terminals. Therefore, it is necessary to provide new garbage monitoring and removal control methods

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