Node navigation system and navigation method thereof

Abstract

The present invention provides a node navigation system, which comprises a stroke detection module, a node processing module, and a node control module, wherein the stroke detection module, the node processing module, and the node control module are communicably connected to each other. The stroke detection module monitors the location of a vehicle, and the node processing module generates at least one parking node and at least one navigation node according to a target location. The navigation node has a trigger range, the node control module determines whether the vehicle enters the trigger range of the navigation node or not according to the location of the vehicle, if the vehicle enters the trigger range of the navigation node, the node control module controls the navigation node, and performs node navigation on the navigation node and the parking node.

Description

Technical field [0001] The present invention relates to the field of navigation, and more specifically to a node navigation system and a navigation method thereof. Background technique [0002] Advances in maps and positioning technology have made navigation systems more accurate and efficient, helping people know the route to their destination. People can rely on the navigation system to obtain the route that people move from one place to another by means of transportation. Navigation system It can provide people with a better route to the destination, so that people can efficiently complete the movement. At the same time, the navigation system can also plan routes according to people's different requirements for routes, such as time, walking, number of traffic lights, and preferred road types, to meet people's needs. The traditional navigation system enters the operating state when people start using it. People enter the destination through the interactive page. The navigation...

AI Technical Summary

Problems solved by technology

[0007] A professional person drives a vehicle to and from get off work on weekdays. When arriving at work, he needs to find a parking space to park. If the work site is in a business district, the office buildings are more concentrated, and the parking spaces are easily full. Finding a parking space near work is a waste of time and can lead to being late for work

In particular, when arriving at the workplace at different times, the parking situation in nearby parking lots is also different. The parking lot that often parks may be full, but the parking lot that does not often park has vacancy, but the user cannot know the possible parking nearby by himself. In most cases, you still need to drive yourself to find a parking lot, wasting precious time

[0008] When the destination that people input in the navigation system is a parking lot, the navigation system guides people to the parking lot, but the traditional navigation system does not necessarily guide people to the entrance of the parking lot, and people may need to go to the parking lot by themselves. Look for the entrance of the parking lot. After entering the parking lot, if there are few free parking spaces in the parking lot, the driver needs to find a free parking space in the parking lot to park the vehicle

[0009] Because the traditional navigation system only guides people to the preset destination and ends the navigation once, it cannot solve the problem of people finding a parking location after arriving at the destination, and it is easy to cause waste of time and resources

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