Network operating system device and method for Internet of Things

Abstract

The invention discloses a network operating system device and method of the Internet for Things and particularly relates to a device and a method for operating various terminal devices in the Internet of Things through a network. The operating system for executing the network operating method in the Internet of Things resides in an upper computer or a root node of the Internet of Things, the upper computer or the root node is called as a residence device, the root node of the Internet of Things is also called a coordinator and comprises terminal device information formed by a network number, a port number and a device number, and addressing is performed on the terminal device of the Internet of Things connected with an interface of the residence device; and operation on the terminal device of the Internet of Things is realized by virtue of a business number mapped with the terminal device information.

Description

technical field [0001] The present invention relates to the Internet of Things, and in particular to a device and method for operating, managing, and dispatching various terminal devices through a network in the Internet of Things. Background technique [0002] Such as figure 1 As shown, the existing Internet of Things usually regards the sensor or execution device of the Internet of Things and the node device of network communication as the same network terminal node and terminal device, and the terminal device of the Internet of Things includes Internet of Things sub-nodes and sensors or control devices. Such a network topology is a network topology when the traditional terminal processing capacity is limited. Usually, limited processing capacity resources can fully meet the requirements of a sensor or a control device connected to each communication node in the network to achieve independent, single data acquisition or The functional requirements of automatic control, bu...

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Problems solved by technology

[0002] like figure 1 As shown, the existing Internet of Things usually regards the sensor or execution device of the Internet of Things and the node device of network communication as the same network terminal node and terminal device, and the terminal device of the Internet of Things includes Internet of Things sub-nodes and sensors or control devices. Such a network topology is a network topology when the traditional terminal processing capacity is limited. Usually, limited processing capacity resources can fully meet the requirements of a sensor or a control device connected to each communication node in the network to achieve independent, single data acquisition or The functional requirements of automatic control, but it is difficult to realize the real intelligent processing that requires high processing power resources, and provide the function of intelligent control

That is, the function of automatic control, not the function of intelligent control, and the function of real intelligent control can only be realized through the upper computer with more powerful processing capabilities, or by manual intervention through the upper computer

[0003] Generally, when the terminal device of the Internet of Things is composed of an Internet of Things communication node device and multiple sensing devices or control devices, the processing capability of the node device can still be borne, but the allocation and scheduling of processing resources is very complicated, especially in It is difficult to achieve unified scheduling and coordination between multiple nodes in an Internet of Things and between multiple sensing and control devices

[0004] For example, when the button to switch a light is pressed, the corresponding light is expected to be turned on or off in the shortest time that the user does not feel the delay. At this time, there may be a situation where there is no scheduling and coordinated processing process. Although the host computer receives the signal of the button press from the button press, the host computer still spends a long time processing the Fourier of temperature sampling. Transformation, until the upper computer processing is completed, the upper computer sends an instruction to the terminal device to execute the command to turn on or turn off the light. If the upper computer processing time is long enough, the operator will feel the delay of switching lights

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