Technology guides new life, human-computer interaction crosses the screen, touch strides towards non-contact gesture recognition, and highly pictorial and actionable gesture operations will be closely related to people's lives.
More and more electronic devices are using gesture recognition. As the name suggests, gesture recognition aims to recognize the physical movement or "gesture" of a human being. For example, waving your hand in a specific pattern in front of a device may tell it to launch a specific application, and gesture recognition such as this often appears in smartphones and tablets.
Gesture recognition is classified as a contactless user interface (TUI). Unlike touchscreen devices, TUI devices can be controlled without touching. Voice-controlled smart speakers like Google Home and Amazon Alexa are prime examples of TUI.
By speaking commands, you can control these devices without relying on touch. However, gesture recognition is also a type of TUI, as it can also be controlled without touching. That being said, many devices that support gesture recognition also support touch screens.
While there are many different types of gesture recognition technologies, they are all based on the same basic principles that recognize human motion as an input form. The device has one or more sensors or cameras that monitor the user's movements. When it detects a movement corresponding to a command, it responds with the appropriate output. This could be unlocking the device, launching apps, changing the volume, etc.
So, what are the benefits of gesture recognition technology? For starters, it does not wear out the device or its components. Using a traditional QWERTY keyboard or even a touchscreen interface will inevitably lead to wear and tear on the device. However, gesture recognition is leveraged to perform input without touching or otherwise touching the device. Thanks to the non-contact method, the device reduces wear and tear.
Gesture recognition also opens the door to a whole new world of input possibilities. Users can try other gesture-based forms of input, rather than being limited to traditional forms of input. Some devices even allow users to set their own gestures.
In addition to smartphones and tablets, mobile phone recognition can also be used in automotive infotainment centers, video game consoles, human-machine interfaces, etc. On top of that, gesture recognition technology is becoming more and more popular, and there's no indication that it's going to slow down anytime soon.
Live video: Intelligent gesture recognition + colorful special effects, specific gestures to the camera can appear corresponding special effects, bringing a rich interactive experience different from the past.
Online education: accurate gesture recognition, flexible control of display images, extra points for course explanation!
Interactive Game: Mouse & Keyboard OUT! Recognize gestures with high precision and restore the authenticity of the game.
Intelligent driving: The application gesture interaction in the car can liberate the eyes to a certain extent, you do not need to see where the quasibutton pokes with his fingers, you only need to wave your hand in the gesture recognition area out of thin air, make specific gestures, you can pass a series of instructions, such as changing songs, adjusting the volume, hanging up the phone and so on.
Gesture recognition interaction is a technology that is suitable for many scenarios, and our lives are becoming more intelligent. The gesture recognition algorithm developed by Tiling Technology includes various functions such as static gesture recognition and key point recognition. Among them, the correct rate of static gesture recognition algorithm is more than 95%, which is the leading level in the industry, and is committed to providing high-performance gesture recognition services for developers and enterprises. If you have business needs in gesture recognition, you can leave a message to contact us.
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