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AutoNavi Maps Announces "Wonderland" Engine, Applies Cutting-edge Technologies such as Neural Rendering to Create "Space-Time Map"

author:Shangguan News
AutoNavi Maps Announces "Wonderland" Engine, Applies Cutting-edge Technologies such as Neural Rendering to Create "Space-Time Map"

Recently, AutoNavi officially released the V13 version of AutoNavi Map, and announced the new generation of navigation engine "Wonderland" that drives the flagship version.

According to reports, the Wonderland Engine integrates a series of cutting-edge technologies such as Beidou positioning, neural rendering, and digital twin, while the Amap-based v13 based on the engine includes "Wonderland MAX", world map, blind spot meeting vehicle warning, Beidou lane-level navigation 2.0, inertial guidance enhanced spatial positioning, along the road search and other functional innovations, providing users with a more accurate and meticulous, immersive "space-time map" experience.

From now on, after updating the APP to the latest version, users can experience the new Amap.

AutoNavi Maps Announces "Wonderland" Engine, Applies Cutting-edge Technologies such as Neural Rendering to Create "Space-Time Map"

Travel through time and space and immerse yourself in "wonderland"

As a leading provider of digital map content, navigation and location services in China, AutoNavi has always adhered to technological product innovation to lead the development of the industry. Now, driven by the Wonderland engine, AmapNavi has further realized the "immersion" of users, and the core function of this concept is the "Wonderland MAX" that allows users to "travel through time and space".

It is understood that Wonderland MAX is a new destination decision-making service developed by AutoNavi Map, based on the neural rendering technology of deep neural network and physics engine, by establishing a vivid and beautiful three-dimensional scene model on the map, helping users to view the scene from multiple periods and directions, so as to feel the cross-time and space, immersive "sense of scene", as an important reference information before travel.

AutoNavi Maps Announces "Wonderland" Engine, Applies Cutting-edge Technologies such as Neural Rendering to Create "Space-Time Map"

At present, Wonderland MAX has been widely used in domestic and some well-known overseas attractions and landmarks. Users only need to zoom in and out of the map with two fingers on the APP, or search for the names of popular scenic spots, and they can see the "arbitrary door" entrance to each wonderland; After entering the corresponding Wonderland MAX interface, you can also view the panoramic scenery in different time periods and different orientations, and some attractions can even render scene changes at night and different seasons to present more stunning 3D light and shadow effects; In addition, users can learn more about obtaining attractions and ticketing information, and navigate to them with one click.

AutoNavi Maps Announces "Wonderland" Engine, Applies Cutting-edge Technologies such as Neural Rendering to Create "Space-Time Map"

Space-time interconnection, interpreting the optimal solution of travel

Wonderland MAX assists users in making pre-departure decisions by creating a scene experience that "travels through time and space, immerses in Wonderland". Other product functions of AutoNavi V13 explain the meaning of "space-time map" from their respective dimensions.

For example, based on the Beidou system, the "heavy weapon of the country" and the spatio-temporal infrastructure with independent intellectual property rights, AutoNavi can provide users with more refined lane-level traffic event warning and blind spot meeting warning services:

AutoNavi Beidou Lane-level Navigation 2.0 can accurately identify whether there are roadblocks, sudden braking of vehicles, etc. in front of the current lane, and inform users through navigation screens and voice broadcast reports within a reasonable time advance interval, so as to reduce driving safety hazards in high-speed and urban expressways as much as possible.

AutoNavi mobile blind spot warning service accurately identifies blind road sections such as curves and unlit intersections in space, and calculates a reasonable amount of time advance based on static position and dynamic vehicle speed in real time, and intelligently prompts users to the traffic situation of other directions.

AutoNavi Maps Announces "Wonderland" Engine, Applies Cutting-edge Technologies such as Neural Rendering to Create "Space-Time Map"

How to go about a fork in the tunnel? What level is the car on the elevated level? Incorrect positioning in the parking lot? These have always been extremely difficult propositions to solve in the process of navigation. Based on the self-developed "inertial navigation spatial positioning technology", AutoNavi V13 upgrades a series of services in different scenarios such as tunnel navigation, elevated navigation, and parking space navigation. Nowadays, whether inside and outside the tunnel, up and down the viaduct, or in the parking lot, users can enjoy more accurate and detailed spatial positioning services, and travel is more worry-free.

AutoNavi Maps Announces "Wonderland" Engine, Applies Cutting-edge Technologies such as Neural Rendering to Create "Space-Time Map"

In addition, there is also a Gaode Shunlu search service that can "do everything along the way". After adding the "route point" variable between the start and end points before the user starts or mid-trips, AutoNavi calculates the optimal navigation route with comprehensive time and space dimensions in real time, allowing users to travel as far as possible and without consuming too much time.

AutoNavi Maps Announces "Wonderland" Engine, Applies Cutting-edge Technologies such as Neural Rendering to Create "Space-Time Map"

The release of AutoNavi V13 marks that the industry as a whole has developed into the trend of "space-time interconnection", and by connecting more physical details and elements in the real world, continuous real-time large-scale interactive calculations are carried out, and the optimal solution of travel at the time and space level is deduced. Coupled with the ability to provide users with a "travel through time and space, immersed in wonderland"-like experience, to achieve a complete out-of-home life service link from query, decision-making, consumption to travel, or will become a new standard for future map navigation products.

Editor-in-chief: Cui Jiachen

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Source: Author: Chen Yan