Method for realizing object intelligent tracing based on network

Abstract

The invention discloses a method for realizing object intelligent tracing based on a network. A server is set, and a sensor terminal is arranged on each object respectively. The sensor terminal is wirelessly connected with the server to carry out two-way communication. The server judges the received environmental data and sends an adjustment instruction to the sensor terminal if the environmental data is abnormal. According to the method, through the construction of a sensor level network, the intelligence of a sensing network is improved, and the efficient data collection, the automatic fault diagnosis and recovery and the coordination in multiple sensor networks can be realized. According to the method, the unity of data source is changed, and the reliability and the fault tolerance of a system are improved.

Description

technical field [0001] The invention relates to the field of tracking and monitoring of objects, in particular to a method for realizing intelligent tracking of objects based on a network. Background technique [0002] Asset management is an important aspect of business. For example, in logistics and transportation, valuables require real-time monitoring of location information, and fragile items require real-time monitoring of temperature, humidity, light intensity and other information. A good network platform for data collection and processing can reduce costs, reduce time consumption, improve asset security, and have a good user experience. [0003] Barcode technology is an item tracking technology that is widely used now. For example, barcodes are used in the express delivery industry to deliver items; the retail industry uses barcodes to manage goods. But the downside of barcode technology is that manual scanning is required every time a product is tracked. [0004...

AI Technical Summary

Problems solved by technology

But the downside of barcode technology is that manual scanning is required every time a product is tracked

This single sensor organizational structure cannot realize sensor self-management, such as: reducing redundant data collection, fault diagnosis and recovery, and coordination among multiple sensor systems

[0008] 2. The data source only depends on the sensor. This single data source will cause the system's reliability and fault tolerance to be low

For example, if there is a deviation in the measurement of the humidity sensor, it is difficult for the service center to correct it automatically; for another example, if the communication of the system fails, the server will not be able to obtain the information of the client at all.

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