Destination access method

Abstract

The invention discloses a destination access method, which comprises the following steps of: submitting departure place information and destination information to a third-party server through a network, acquiring route information from the third-party server, and then arriving at a destination according to the route information, wherein the route information is selected by the third-party server according to the received departure place information and destination information, and is uploaded to the third-party server in advance by a visited person of a destination, and the carrier format of the route information is any one or any combination of pictures, characters, animations, videos and AI, and the content comprises a route from a departure place to a destination, which is highlighted in an actual road network. According to the invention, the user can be simply, quickly and accurately guided to arrive at the destination from the departure place.

Description

technical field [0001] The invention belongs to the field of information technology, and specifically refers to a destination access method. Background technique [0002] With the rapid development of electronic navigation technology, more and more mobile devices or application software can perform positioning navigation and guide users to their destinations. However, there are still many situations where the destination cannot be accessed accurately: (1) The operation of advanced navigation and positioning technology is generally cumbersome, and due to the differences in the education level of users, the difference in operating proficiency, randomness and other reasons, some users cannot easily access the destination. (2) The topography and landforms of cities, suburbs, rural areas and mountainous areas have their own characteristics, and roads are generally built based on their special geographical conditions. For familiar visitors, it is not easy to distinguish whether t...

AI Technical Summary

Problems solved by technology

However, there are still many situations where the destination cannot be accessed accurately: (1) The operation of advanced navigation and positioning technology is generally cumbersome, and due to the differences in the education level of users, the difference in operating proficiency, randomness and other reasons, some users cannot easily access the destination. (2) The topography and landforms of cities, suburbs, rural areas and mountainous areas have their own characteristics, and roads are generally built based on their special geographical conditions. For familiar visitors, it is not easy to distinguish whether the navigation positioning is wrong or the destination address is wrong; (3) When there is doubt about the route navigation, it is generally necessary to confirm the destination interviewee by phone, but frequent phone calls while driving will increase the risk of accidents; (4) Navigation and driving errors, wasting time and power energy; (5) When the destination cannot be reached accurately, the visitor may choose to park the vehicle at random in order to complete the visit as soon as possible, which is likely to cause traffic jams and affect the appearance of the city.

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