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A smartphone is a cell phone that allows you to do more than make phone calls and send text messages.
Smartphones can browse the Internet and run software programs like a computer. Smartphones use a touch screen to allow users to interact with them.
There are thousands of smartphone apps including games, personal-use, and business-use programs that all run on the phone.
The picture is an example of the Apple iPhone, one of the most popular smartphones available today.
Europe is a key market for smartphone manufacturers, with a combined XXX million subscriptions expected across western, central, and eastern europe by 2026. Vendors are expected to sell XXXX million smartphones in western and eastern Europe by the end of 2021
Revolutionizing the front-facing smartphone camera with AI algorithms. Video communication is today vital to the survival of our conventional civilization in many ways. With the help of a straightforward smartphone, families can stay in touch, friends can continue to socialise, and colleagues can continue to meet—all without endangering their health. However, there were certain technological issues that came along with the growth of video communication.
Everyone recently encountered the standard suspects of poor video quality, such as lagging, shaking, and facial distortion. Even while video collaboration applications have made it possible for individuals to connect on smartphones while maintaining a social distance, poor smartphone video quality makes it difficult for this communication to be seamless.
An great illustration of this is the notorious selfie video. Unfortunately, this perspective has taken centre stage in contemporary communication, both at business and in personal life, which is cause for alarm.
Selfie video could surely use an update, especially given how popular it has become in recent years. It is prone to distortion, inconsistent quality, and uncentered faces.
Additionally, poor video quality can ruin important phone interactions with loved ones, friends, and coworkers. The new world of digital cooperation will be constrained by poor video quality without effective stabilisation.AI’s Contribution to Solving Video Quality Issues
Fortunately, users can overcome the challenges brought by poor smartphone video quality with some assistance from artificial intelligence. Leading smartphones are using video processing algorithms that have been developed by top programmers using cutting-edge video, picture enhancement, and sensor analysis technologies
.The troublesome problems with selfie videos, such shaky films, may be more easily resolved by using video enhancement software that takes use of face recognition, artificial intelligence, and machine learning technologies.
The secret to establishing mobile video communication as the standard is to eradicate this shakiness. By integrating the proprietary stabilisation IP with sensor data from the smartphone’s gyro, software stabilisation algorithms offer a solution.
These algorithms deliver frame-to-frame video stabilisation in the manner of cancelling out unintentional movement between frames. In this approach, AI algorithms render handheld video recordings impervious to unintentional movement, sway, and wobble.These algorithms also instruct the camera to maintain focus on the user’s face.
Selfie films can be difficult to regulate no matter the situation since faces often move in and out of the video frame. However, software can recognise the user’s face and utilise algorithms to monitor its movement and reposition it inside the screen, even in low-light situations, employing AI-driven video enhancement techniques.
By offering excellent face stabilisation and face distortion reduction, which effortlessly increases clarity and quality, using AI-powered software to improve selfie video allows the user to focus on the dialogue taking place rather than technical concerns.
