AR and computer vision in navigation have become significant for automotive industries to provide information about movements in different places.
The future of driving may be the driverless car. AR and computer vision in navigation are being preferred by some automotive companies lately. One of the most popular brands in this segment is Tesla. The company has been focusing on developing autonomous electric vehicles for the past few years and has now set its eyes on a new frontier – augmented reality.
How Computers Interpret The World And What’s Different With Augmented Reality
Augmented reality is a computer-generated, interactive experience of a real-world environment, where the objects that reside in the real world are “augmented” by computer-generated perceptual information. Using augmented reality in navigation will help to know the real world by adding virtual components to them where the virtual objects comprehend and follow the real-world physics. Augmented reality differs from virtual reality because it interacts with the natural world and not just an artificial environment. Augmented reality relates virtual reality with real-world physics and comprehends the physics rules so they can be connected to objects. The use of AR and computer vision in navigation will help people traverse through the maps and find the exact location they are looking in the form of signs, symbols, and landmarks. Let’s explore this further in detail.
How Computer Vision is Used in Maps to Create Navigation Aids in Real Time
Computer vision is a type of artificial intelligence that helps create navigation aids in real-time. Computer vision application in maps has been around for a while now. Still, it has grown exponentially over the past few years. It can track the user’s location and orientation to provide directions. It can also help with other tasks like detecting traffic, locating parking spaces, and identifying objects of interest.
AR and Computer Vision in Navigation in Vehicles – The Future of Driving?
Tesla’s CEO Elon Musk has revealed that they are working on a new feature called “Tesla Vision,” which would allow drivers to see important information about their surroundings, such as signs, traffic lights, and pedestrians, in real-time by overlaying it onto their windshields. Drivers can navigate through any environment with just one camera sensor. This technology can also warn drivers about potential accidents and dangers or even take control of the vehicle if necessary.
The Future of Navigation Is Here and It’s Promising
In the future, AR and computer vision will be more helpful to the users by providing ideas about which road to take for driving or which place is available for parking. AR and computer vision are likely to be used most commonly for navigation in the future. AR and computer vision in navigation is the future as they will make our lives easier and more productive.
FAQs: How blockchain and cloud compare
By Niamh O’Connell, senior business development manager at CasperLabs.
Companies have relied on commercial storage providers to house their data since the 1960s – and when cloud services were introduced in the 2000s, early adopters quickly benefited from greater scalability, flexibility, fewer maintenance responsibilities, and improved security.
Today, blockchain technology is similarly poised to transform how companies store, access, track, and protect data. But for many companies, questions around just how blockchain works – and how it can meet the operational needs of businesses – remain.
Below, we dive into some of the top ones.
How does enterprise blockchain compare to the cloud?
Both blockchain and cloud are disruptive tools that distribute compute and storage across a network. In the cloud, data is spread across servers, while blockchain stores data on several nodes. Each tool is used to reduce risk as businesses manage critical components of their infrastructure.
Can organizations use both blockchain and cloud technology?
The network of nodes that form a blockchain can, and often do, run on a cloud server infrastructure. Leveraging cloud infrastructures, companies can operate nodes and other services within specific location zones for increased data security, data privacy and regulatory compliance.
By decentralizing cloud networks, blockchain can enable greater data sharing and power a variety of cloud applications, including cloud storage and computation.
For example, if your company uses AWS cloud services, choosing a blockchain protocol that is integrated with that provider enables users to deploy node infrastructure directly via AWS marketplace.
Blockchain has been notorious for being inaccessible to mainstream developers. Is that changing?
Yes, we’re seeing a movement towards greater accessibility. Ideally, developers should be able to implement blockchain by plugging into given use cases without the need to understand the underlying tech. For example, low-code decentralized platforms that allow developers to build dApps. Such platforms reduce the complexity of wallet management and connectors.
True or false: Once data is added to the blockchain, it cannot be changed.
Neither. One of the key features of blockchain is its immutability, meaning that once a transaction is recorded, it’s permanent.
However, smart contracts that are highly programmable, stored on a blockchain, can be programmed to be immutable or upgradeable, meaning that metadata can be changed if specified.
Let’s say you program an NFT contract for house records to be upgradeable. That means metadata such as the owner can be added and consequently changed. You can read more about this here.
Private versus public blockchain – what’s the better option for businesses today? Are there other network types developers should consider?
The best option is a network that will meet businesses’ specific requirements and enable them to achieve their desired results. There are advantages and tradeoffs to both private and public blockchains including control, trust, and flexibility. And, there’s now a growing need for hybrid blockchains that enable businesses to transition data from highly configurable private networks to hybrid and public environments, where greater transparency of data integrity is critical to a businesses operation.
With IBM, we’ve built an atomic cross-chain asset/token swap solution that demonstrates how you can exchange a token on a public blockchain like Casper with a token on a private chain such as hyperledger fabric. This enables deployments on enterprises’ private infrastructure without leaking data of the underlying asset, while having collective trust from the public chain.
What’s next for blockchain? Where will it be in 10 years?
We’ll see trends that we’ve experienced in cloud computing play out in the blockchain realm. For instance, once the novelty of server virtualization became the standard, new capabilities like serverless functions came to market. Blockchains have a similar capability with programmable smart contracts, which allow users to call functions from the blockchain. This will only grow in application scope and scale – just as cloud computing services have.
Blockchain will be a fundamental infrastructural tool that is integrated into the technologies we use daily. Mass adoption is inevitable.
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