Application reconfiguration zonal network system and method applicable to perimeter intrusion prevention

Abstract

The present invention relates to an application reconfiguration zonal network system applicable to perimeter intrusion prevention. The system uses a three-tier architecture of integrated application, network transmission and physical perception, and includes two functional entities, namely super nodes and worker nodes. Users upload new application codes to the super nodes through networks; the worker nodes and the super nodes communicate with each other via the network. The super nodes comprise gateway nodes located in a physical perception architecture, control terminals located in an integrated application architecture and backbone network nodes located in a network transmission architecture; the worker nodes are front-end monitoring devices located in a plurality of detection areas, and comprise two categories: cluster head nodes and cluster member nodes, which have cognitive ability; the cluster head nodes and the cluster member nodes can dynamically perceive changes in the environment and can self-adaptively reconfigure node application codes according to the changes in the environment; and the front-end monitoring devices are connected to the backbone network nodes via the gateway nodes. The present invention also relates to a working method of the system described above. With the adoption of the present invention, sensing nodes can be constantly adjusted with the changes of application requirements dynamically.

Description

technical field [0001] The invention relates to the technical field of band network system communication, in particular to an application-reconfigured band network system and method suitable for enclosure anti-intrusion. Background technique [0002] In many fields such as perimeter anti-intrusion, mine safety monitoring, pipeline safety monitoring, and smart grid monitoring, the strip sensor network has shown advantages and broad application prospects. The PIPENET system developed by the CSAIL laboratory of MIT in the United States is a strip wireless sensor network system that provides intelligent monitoring services for tap water pipelines in the Boston area. The FireFly series of wireless sensor nodes developed by the Real-Time Multimedia Systems Laboratory of Carnegie Mellon University in the United States are used in coal mine safety. Through the belt-like deployment of sensor nodes, the positioning and rescue of miners in distress are completed. The one-dimensional c...

AI Technical Summary

Problems solved by technology

Moreover, due to the limitations of the sensor node's own resources and capabilities, as well as the diversity and unpredictability of the external environment, it is impossible to deploy all applications to the network at one time.

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