Mobile agent acquisition and storage method suitable for Internet of things

Abstract

The invention relates to a mobile agent acquisition and storage system suitable for Internet of things, which is an acquisition and storage scheme applied to the Internet of things and is mainly used for solving the problems of large data transmission quantity, complex network task and the like under the environment of the Internet of things. The mobile agent storage and management system suitable for the Internet of things is developed and has the characteristics that: a multimedia node acquires image information in real time and stores the image information in a local storage space module; an interaction agent is generated by nodes, carries the image information identifier and the storage space information of the node, performs interaction on nodes in a traversal cluster and allows an acquisition node to adjust the working state per se according to the storage space information of other nodes; an inquiry agent is generated by user parameters and comprises all inquiry parameter information; after receiving the inquiry agent, a cluster head node generates a return agent traversal node according to task parameters and returns a matched image block to the cluster head node through the acquisition node; and the cluster head node directly returns an identifier-attached image block to a base station server and performs image fusion through a terminal so as to form a complete and clear monitoring area image.

Description

A mobile agent collection and storage method suitable for the Internet of Things technical field The invention relates to a mobile agent collection and storage solution suitable for the Internet of Things, which is mainly used to solve the problems of large amount of sensing data information and excessive storage pressure of nodes in the Internet of Things environment, and belongs to the field of wireless sensor network application and software development. Background technique The Internet of Things (Internet of Things), as its name implies, is "the Internet of things connected", which refers to the integration of various information sensing devices, such as sensor nodes, radio frequency identification (RFID) devices, infrared sensors, global positioning systems, laser scanners, etc A huge network of devices combined with the Internet. The IoT framework should consist of a secure API interface, a backbone network, and a device network that can be connected to the backbone...

AI Technical Summary

Problems solved by technology

(3) Processing tasks are complicated

The data collected by the traditional sensor network has a single format and a small amount of information, so the processing is simple. It only needs to go through operations such as addition, subtraction, multiplication, division, summation, and averaging. It is difficult for people to form a comprehensive understanding of the monitoring environment through these numerical results. However, the audio, video, and image information collected by the multimedia sensor network is rich and complex in format. We can use compression, recognition, fusion and other processing to meet diverse application requirements.

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