With the rapid development of radio communication technology, the wireless remote monitoring system has also been technically updated, which combines embedded products with modern wireless communication technology to form a new type of monitoring and control system. The Internet of Things and its related wireless linkage communication technology is one of the important supporting technologies for the rapid development of intelligent technology, which has brought about the rapid development of various intelligent hardware equipment and intelligent service system product innovation for individuals, homes and different application industries. For different intelligent application scenarios, a complete IoT system usually needs to solve six domain problems (target object domain, perception control domain, service provision domain, resource exchange domain, O&M control domain, and user domain).

The patent discloses a wireless linkage monitoring method, comprising:

Obtaining the object access information corresponding to the object status beacon sent by at least one wireless sensing device in the vicinity in wireless modulation mode;

The cooperative service node performs state monitoring and analysis on the object access information, and obtains the object state identification information containing several state monitoring variables;

The cooperative service node is judged according to the object state identification information: when there is a state monitoring variable or its combination matches a certain event trigger condition that is preconfigured, the event response association parameter corresponding to the event trigger is obtained;

The collaborative service node adjusts and controls the associated linkage monitoring and processing equipment according to the linkage event response association parameters.

Based on the technical scheme of the present invention, linkage monitoring system can respond in real time to the event trigger that originates from wireless sensing equipment, and quickly focus on the associated target object or spatial range, thereby obtains good timeliness, high reliability service capability.

Wireless linkage monitoring method, it is characterized in that, the cooperative service node carries out linkage adjustment control to linkage monitoring equipment based on the trigger response derived from wireless sensing equipment, and described method comprises: described cooperative service node obtains object access information corresponding to object state beacon that at least one described wireless sensing device in the surrounding area sends in wireless modulation mode in wireless detection response mode; The cooperative service node performs state monitoring analysis on the object access information, and obtains a state monitoring variable comprising a plurality quantity of object state identification information; Described collaborative service node is judged according to described object state identification information: when there is described state monitoring variable or its combination matches a certain event trigger condition that is preconfigured, described cooperative service node indexes based on event response plan, obtains event response association parameter corresponding to event trigger; the collaborative service node carries out linkage adjustment control on the associated linkage monitoring equipment according to the event response association parameter.  

The object state resolution configuration information is the mode information for state resolution and identification of the object access information of a certain type of wireless sensing device, and the object state resolution configuration information comprises:

1) the name or classification number of the wireless sensing device and/or the object state beacon;

2) The data segment parsed by the state variable.

Edge intelligent network (E2M-WAN) based on elastic wireless mode management, hybrid wireless network (E2M-WAN) with elastic and efficient data collection, E2M-WAN hybrid networking technology for wireless tracking and monitoring, and E2M-WAN technology solution for power consumption energy efficiency monitoringa preset judgment condition for judging according to the state range and/or state jump of the state monitoring variable or its combination, the state range is composed of the current value or the spatiotemporal domain change value of the state monitoring variable or its combination, and the trigger condition of the state jump includes a boundary condition, the event trigger condition further comprises the processing priority of the event-triggered response, and the processing priority is to shield the execution of the classified service specification contained in the service processing plan triggered by the low-priority event during the execution process or the effective retention period of the execution of the service processing plan triggered by the high-priority event.

Linkage event data processing includes:

 1) Event data recording: backup and storage of object data collection and event log storage;

 2) linkage data transmission: in the mode of wireless call or establishment of wireless connection, the designated wireless sensing equipment or its group, linkage control, linkage alarm, linkage call or other specific data packet data transmission;

 3) Adjust the monitoring mode: adjust the process parameters of the object data collection and processing, adjust the monitoring data and event identification parameters and methods.

Wireless linkage monitoring device: beacon detection module is used for described cooperative service node in wireless detection response mode, obtains object access information corresponding to object state beacon sent by peripheral wireless sensing device; state monitoring module is used for described cooperative service node to carry out state monitoring analysis on described object access information, obtains object state identification information comprising a plurality of state monitoring variables; Trigger response module is used for described collaborative service node to judge according to described state monitoring variable: when described state monitoring variable or the state jump change of its combination matches a certain event trigger condition that is preconfigured, just obtain corresponding event trigger identification information; Task monitoring module is used for described collaborative routing node to described collaborative monitoring task item for collaborative monitoring task management, and described collaborative monitoring task management comprises task assignment and monitoring.

Touching the fields of smart parks, smart factories, smart businesses, smart hospitals, and smart warehousing and logistics:

As a one-stop solution provider for edge intelligent collaborative development solutions, Lanaosheng uses the collaborative sensor control network to realize the wireless perception technology of the Internet of Things and provide collaborative perception services for the target objects of the scene, which is one of the key supporting technologies of Lanaosheng's core technology - Edge Collaborative Perception (EICS) technology. For various smart areas and their intelligent application systems, on the basis of Internet infrastructure, the implementation of intelligent Internet of Things coverage based on the Internet of Things has become the basic hardware facilities for further various other intelligent applications.