Interaction method between equipments and machine to machine communication network syste

Abstract

The present invention provides an interaction method between equipments and a Machine to Machine (M2M) communication network system. A network middleware or a first equipment obtains an interaction strategy generated by an application server, controls, according to the interaction strategy, the first equipment to monitor a triggering event, when the triggering event occurs, generates a notification message based on the result of the monitoring by the first equipment for the triggering event and sends the message to a second equipment. The interaction method between equipments and the M2M communication network system save the network resources and shorten the network delay by reducing message interaction, thus improving the network processing efficiency and the accuracy rate of the interaction between equipments.

Description

technical field [0001] Embodiments of the present invention relate to machine communication technologies, and in particular, relate to an interaction method between devices and a machine communication (Machine to Machine, M2M for short) network system. Background technique [0002] With the improvement of communication services between people and the continuous development of smart electronic technology, machines and equipment as peripheral facilities have the ability to participate in communication; The demand for information processing is gradually increasing, so an M2M network system for realizing communication between machines and devices has emerged. [0003] The European Telecommunications Standards Institute (ETSI for short) has established the M2M Technical Committee (ETSI TC M2M for short), which proposes a horizontal M2M network architecture for multiple applications. The M2M network system includes multiple devices, a network middleware and an application server....

AI Technical Summary

Problems solved by technology

The above interaction method must go through four interaction processes, not only because the detour of the message between the two devices, the network middleware and the application server takes up a lot of network resources, resulting in a long network delay, resulting in low network processing efficiency; Moreover, since the message of the first device must first be sent to the application server through the network middleware, and then the application server triggers the action of the second device through the network middleware, when the link between the application server and the network middleware is disconnected, the first The second device cannot trigger an action based on the message from the first device

In short, using the existing M2M network system and its interaction method, the correct rate of interaction between devices is low, and the network processing efficiency is low

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