Google is also using AI technology to improve search functionality across many of its services, including Maps. Google plans to bring the feature to desktop, although no release timing has been provided. The library of supported landmarks increased to around 250 by the fall.įor residents and visitors to the five currently supported cities, Immersive View is available on Google Maps on Android and iOS. These aerial views were a significant first step toward the fully immersive experience that launched today. The company added impressive aerial views of nearly 100 landmarks worldwide last summer. Immersive View isn’t Google’s first foray into photorealistic aerial views. Just the Latest Advancement for Google Maps The hypothetical Rijksmuseum example will be possible in the coming months, along with Immersive View functionality in Dublin, Florence, and Venice. While Google’s Rijksmuseum example is based in Amsterdam, Immersive View is rolling out in five different cities today, including London, Los Angeles, New York, San Francisco, and Tokyo. ✨ Coming to more cities in the next few months ✨ #googlelivefromparis /VPvqHP25ai With immersive view on Google Maps, you can see what a neighborhood is like before you even set foot there□ It could theoretically be used to scout potential photo locations for environmental portraits or cityscapes, assuming the lighting model is accurate.Īre you the sort of person who needs to get the feel of somewhere before you commit? □ ![]() Using NeRF, Immersive View promises to recreate a location’s textures and lighting accurately. NeRF is an advanced AI technique that builds novel 3D representations with simulated lighting conditions using typical 2D images. The true-to-life scenery in Immersive View is possible thanks to neural radiance fields (NeRF). If that person is hungry, they can virtually explore the area to locate nearby restaurants and even take a virtual peek inside. They can use immersive view within Google Maps to virtually explore the building, locate entrances, survey the weather, and find the busiest (and least busy) areas in and around the museum, including predictive information for congestion at different times of the day. ![]() Google offers an example use case: Suppose a user is planning a visit to the Rijksmuseum in Amsterdam.
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