Intelligent traffic self-networking system with cloudlet function

Abstract

The invention provides an intelligent traffic self-networking system with a cloudlet function. The system comprises an intelligent traffic information acquisition and analysis node and a cloudlet scheduling center; the intelligent traffic information node utilizes an RFID (Radio Frequency Identification Device) as a data acquisition technology, the data acquisition technology is compared and fused with a GPS (Global Positioning System) data acquisition technology and a data processing analysis platform (such as a GIS (Geographic Information System)); the automatic self-networking function is realized by utilizing a cloudlet self-networking circuit; and information processing, analysis and forwarding of a single node and information comparison processing of multiple nodes can be realized through processing and calculating of a cloudlet topological structure so as to carry out functions of flow control, path planning, fault analysis, time prediction and the like. The nodes are communicated with the cloudlet scheduling center through a network and a radio so that section control is realized and the scheduling center processes priority levels of various kinds of information on the intelligent traffic information node.

Description

technical field [0001] The present invention relates to the application function research in the fields of intelligent traffic control and geographic information processing, and provides an intelligent traffic ad hoc network system with The traffic information collection and analysis node and the micro-cloud dispatching center form a system. The intelligent traffic information node uses RFID as a data collection technology to compare and integrate with GPS data collection technology and data processing and analysis platform (such as GIS); The network circuit realizes the function of automatic networking, and the processing and calculation of the micro-cloud topology structure can realize the information processing, analysis and forwarding of a single node, the comparison and processing of information of multiple nodes, flow control, path planning, fault analysis, time prediction, etc. Function. The nodes communicate with the micro-cloud dispatch center through the network and...

AI Technical Summary

Problems solved by technology

However, in practical applications, if it is not clarified from the economic or investment perspective who should invest in the system, who is responsible for the return on investment, and who will maintain and upgrade the system, etc., it will often cause some systems invested and constructed by the government to fail. work well or use it for a long time

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