For Elton John’s farewell tour in 2022, Rocket Entertainment deployed Aerial View to create an immersive experience to share Elton’s connection to Los Angeles with his fans by bringing his favorite local places to life with pre-rendered Aerial View videos. In entertainment, brands are using Aerial View to create engaging fan experiences. They report that users who engage with Aerial View contact a property 2x more than when users engage with 3D tours of the apartment unit.Īpartment List using Aerial View to show the 3D bird’s eye view of an apartment building Music and Entertainment Incorporating Aerial View into their experience has helped Apartment List increase user conversion and engagement rates. Director of Engineering at Apartment List As we continue to enhance our product, features like this help make Apartment List the most tech-savvy way for renters to out-smart the market. We’re excited Aerial View gives Apartment List renters an immersive visual experience, allowing them to explore and discover the distinctive features of properties and neighborhoods in vivid detail. Apartment List, a rental marketplace, implemented Aerial View to give its renters a bird's eye view of properties and the surrounding neighborhoods. These details inform future routing so we can suggest safer, smoother routes.In real estate, companies are using Aerial View to allow potential buyers and renters to virtually discover details about a property and its neighborhood, such as proximity to a park or a freeway. For example, if there’s a sudden increase in hard-braking events along a route during a certain time of day when people are likely to be driving toward the glare of the sun, our system could detect those events and offer alternate routes. We’re also working to identify other contextual factors that lead to hard-braking events, like construction or visibility conditions. Understanding spots along a route that are likely to cause hard-braking is just one part of the equation. Training our models on both sets of data makes it possible to spot actual deceleration moments from fake ones, making detection across all trips more accurate. This represents a relatively small subset of data, but it’s highly accurate because Maps is now tethered to a stable spot - your car display. To combat this, we also use information from routes driven with Google Maps when it's projected on a car’s display, like Android Auto. This is what makes it hard for our systems to decipher you tossing your phone into the cupholder or accidentally dropping it on the floor from an actual hard-braking moment. Mobile phone sensors can determine deceleration along a route, but this data is highly prone to false alarms because your phone can move independently of your car. The first set of information comes from phones using Google Maps. To do this, we train our machine learning models on two sets of data. But how exactly do we find when and where these moments are likely to occur? We believe these updates have the potential to eliminate over 100 million hard-braking events in routes driven with Google Maps each year. We use AI and navigation information to identify hard-braking events - moments that cause drivers to decelerate sharply and are known indicators of car crash likelihood - and then suggest alternate routes when available. Let’s start with our routing update that helps you avoid situations that cause you to slam on the brakes, such as confusing lane changes or freeway exits. Teaching Maps to identify and forecast when people are hitting the brakes
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |