ZIGBEE and LBS (location based service) based mobile parking information guide system

Abstract

The invention discloses a ZIGBEE and LBS (location based service) based mobile parking information guide system comprising a ZIGBEE sensing network, a data collecting and processing module, a business logic module, a database and the like. ZIGBEE sensors are mounted in parking spaces and form a network, and the system collects and converges sensor data including occupancy states and sensor identification code information; meanwhile, a user terminal positions through an LBS, subscribes parking information of a system side and sets business parameters, the system filters and matches data of the system side on the basis of the business parameters set by the user and pushes the parking information around a position designated or positioned by the user to the user terminal, and the user terminal superposes the parking information in a user-side interface, updates user-side data according to a data updating logic and guides the user to select parking spaces. The simple and rapid parking information guide system is provided for the user by collection of parking space information collected and converted on the basis of the sensing network and pushing of the parking space information to the user terminal on the basis of positions and routes.

Description

technical field [0001] The invention relates to the technical fields of Internet of Things and wireless Internet, in particular to a mobile parking information guidance system based on ZIGBEE and LBS. Background technique [0002] With the development of Internet of Things technology, wireless Internet technology and intelligent terminal technology, especially the development of wireless Internet technology, it provides feasibility for a mobile parking information guidance system based on ZIGBEE and LBS. [0003] With the development of society, there are more and more vehicles at present, and people's driving travel has become a normal state of daily life, and the difficulty of parking has become an increasingly prominent social problem. Wherever you go, you may not be very familiar with it. One result is that resources are not fully utilized due to information asymmetry. Some resources are highly stressed, and some resources are idle and wasted. As a result, resources have...

AI Technical Summary

Problems solved by technology

[0003] With the development of society, there are more and more vehicles at present, and people's driving travel has become a normal state of daily life, and the difficulty of parking has become an increasingly prominent social problem. Wherever you go, you may not be very familiar with it. One result is that resources are not fully utilized due to information asymmetry. Some resources are highly stressed, and some resources are idle and wasted. As a result, resources have not been well utilized. On the one hand, Parking spaces are hard to find and resources are highly strained. On the other hand, there are a large number of spare parking spaces that are unknown. Due to the asymmetry of information caused by poor information transmission channels, it is difficult for users to know the parking space information in time, or because the status of the parking spaces changes. Acquisition, which leads to the vacancy of parking spaces on the one hand, and the high tension of parking spaces on the one hand, resulting in a waste of resources and exacerbating the high tension of parking spaces

[0004] On the other hand, the management of parking spaces is relatively rough at present, and a lot of parking space information cannot be collected in time. It is difficult for the management to obtain real-time and accurate parking space occupancy information in a large area, and it is impossible to grasp the status of parking space occupancy. The utilization rate of parking spaces needs to be improved. At the same time, if the parking space occupancy information can be transmitted to the management and users in a timely and smooth manner, for the users and the parking space management, on the one hand, they can effectively grasp the parking space resource information; on the other hand, the user can predict the front or surrounding Parking space information, effectively improving the efficiency of parking spaces and alleviating social conflicts

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