Automatic switching method and navigating method of agent client map based on TSP (total suspended particulate)

Abstract

The invention discloses an automatic switching and navigating method of an agent client map based on TSP (total suspended particulate). The method comprises the following steps that a navigation software dials to an agent client; a device number and a software number are uploaded to a Web server; the device number and the software number are stored into a database; the agent client transmits a link information extracting request including an incoming call device number to the Web server after being connected; the Web server extracts link information matched with the software number from the database to transfer to the agent client; the agent client obtains map data and displays the agent; an agent staff obtains a navigation destination from a user; the Web server searches the destination matched with the destination to be navigated from the database; the database returns a search result to the agent client, and the agent client issues the coordinate information of the destination selected by the agent staff to a vehicular terminal to navigate. According to the invention, the map switching automatic degree of the agent client is high, and the achieved navigation destination is accurately located.

Description

technical field [0001] The present invention relates to the technical field of navigation, and specifically refers to a TSP-based automatic map switching method for a seat client, and a navigation method realized based on the switching method. Background technique [0002] With the rapid development of navigation technology, there are more and more vehicle-mounted terminals, navigation software, and navigation maps. The types of vehicle-mounted terminals installed in different models are not uniform. The navigation software is divided into different manufacturers' versions, and usually the navigation map of the same manufacturer is the best match. There are many types of map servers, and different map service providers provide their own map servers, which store and operate their own navigation maps. For example, the car terminal navigation software map for Kia models may be Kay Rucker map, the Subaru car terminal navigation software map is a four-dimensional map, and the car...

AI Technical Summary

Problems solved by technology

In terms of business knowledge, if the background operator does not have a deep understanding of the existing navigation software and map types, they will not be able to judge the matching map type based on the navigation software information informed by the car owner's voice, and will not be able to achieve correct map switching. The destination coordinate information matched with the destination information informed by the car owner's voice is fed back to the car owner; on the other hand, the background operator obtains the destination information that the car owner wants to obtain only through the voice notification method of the car owner, and cannot authenticate the destination informed by the car owner's voice The accuracy of the information, in the entire system, the destination information notified by the car owner has not been verified, and it may also cause the background operator to obtain the actual destination information.

[0006] At the same time, when the background operator judges the type of map that matches the navigation software and inquires about the coordinate information of the destination, they all rely on manual operation, which is also prone to operational errors

[0007] To sum up, the above-mentioned existing navigation technologies and the selection and switching of background map data all rely heavily on manual operations, which reduces work efficiency and increases system costs, and is prone to errors caused by human subjective judgments

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