Introduction to Augmented Reality
The concept of augmented reality (AR) has been around for some time, nevertheless it wasn’t until the discharge of Pokémon Go that it gained widespread attention. The game’s use of AR technology, which overlays digital information onto the actual world, captured the imagination of tens of millions of individuals all over the world. However, the tech industry initially expected AR to change into popular through using goggle-like head-worn displays, comparable to the HTC Vive, Sony’s Playstation VR, and Microsoft’s HoloLens.
The Rise of Smartphone-Based AR
Recently, there was a shift in focus towards creating AR applications for smartphones. This is since the widespread adoption of glasses-like AR devices remains to be several years away. At Apple’s Worldwide Developer Conference, the corporate announced ARKit, a set of software tools that enables iOS app developers to create AR-based apps for iPhones and iPads. This move has generated quite a lot of buzz, with many app developers already sharing their early efforts. Google has also unveiled its own AR platform, called ARCore, which is able to allow Android developers to construct AR-based apps for Android devices.
ARCore and Its Capabilities
ARCore is Google’s second attempt at bringing AR to smartphones, after its initial effort with Tango in 2014. Tango required specialized cameras to be added to traditional smartphones, which made it expensive and limited its adoption. ARCore, then again, uses the smartphone’s camera and other sensors to acknowledge motion, surfaces, and lighting, allowing it to enable more compelling AR experiences. Initially, ARCore will only work with a limited variety of devices, including Samsung’s S8 and S8+ and Google’s Pixel phone, but Google plans to expand its support to 100 million Android phones by the top of the yr.
Challenges and Limitations
One of the challenges of smartphone-based AR apps is that they require users to carry up and hold out their phone to make use of them, which might get tiring quickly. This is why most smartphone-based AR apps will likely be used for shorter interactions. However, this doesn’t suggest they will not be useful – it just puts more onus on developers to create apps that do what they should do quickly and efficiently.
Future Developments
The growth of AR-based apps is anticipated to drive the event of recent technologies in future smartphones. For example, Intel’s latest Movidius Myriad X visual processing unit (VPU) can quickly recognize various kinds of objects, which is a key capability for AR apps. Additionally, future iterations of Qualcomm’s Snapdragon chips are expected to have a Spectra image signal processor (ISP) that may do lively depth sensing on smartphones with multiple cameras, allowing them to construct more accurate 3-D maps of the visual world.
Trends in Smartphone Development
The increasing use of non-typical computing chips, comparable to VPUs and ISPs, is anticipated to be a key trend in future smartphone development. These chips will enable smartphone vendors to distinguish their products and supply more revolutionary features. Another trend is the expansion of machine learning and artificial intelligence-based applications, which is able to enable smartphones to do more complex tasks and supply more personalized experiences.
Conclusion
In conclusion, the concept of augmented reality is becoming increasingly popular, and its growth is anticipated to drive the event of recent technologies in future smartphones. While there are challenges and limitations to smartphone-based AR apps, they’ve the potential to offer more revolutionary and personalized experiences for users. As the tech industry continues to evolve, we will expect to see more exciting developments in the sector of augmented reality.
