Introduction to Gesture Recognition Technology
Gesture recognition software enables a device to identify and respond to a range of human gestures, such as movement of hands, fingers, arms, head, or the entire body. The technology can be 2D-based or 3D-based and needs no physical contact between individuals and the device. Gesture-based human–computer interaction has emerged as a crucial area of research that aims to develop reliable and touch-free user interfaces a reality across a range of gaming applications.
Types
Most recent gesture recognition technologies are based on cameras that use near-infrared (NIR) illumination; this helps the device to obtain 3D depth image for any object coming within the camera’s field-of-view. These 3D depth images enable a person’s limbs to be separated from the background to achieve a better view. The technologies used by cameras include structured light, time-of-flight (ToF), and stereoscopy. The application of modern image processing algorithms augments gesture recognition and detection. Manufacturers combine gesture recognition technology with other similar technologies such as voice recognition, facial recognition, and eye-tracking. This has led to very powerful technology that transformed the way we control various machines and has taken infotainment to next levels.
Recent Applications
Prominent market players such as Microsoft, Sony and Nintendo incorporate technological enhancements in gesture recognition to design next-generation gaming consoles. They have included recent hardware developments to expand the features. It has been around a decade since Microsoft launched Kinect for Xbox One in 2014; since then, the company has made significant upgrades to expand the Xbox platform and make the user interface more interactive. The upcoming video games, as revealed by Microsoft, are expected to be slimmer and more compact versions.
Market Prospects & Emerging Trends
The new generation console ‘’Xbox One’’ faces stiff competition against Sony’s PlayStation 4, and the Japanese corporation is planning to release an upgraded version of the console codenamed as PlayStation Neo. The software upgrade made in these gaming devices is likely to incorporate advanced gesture recognition for gaming consoles, especially in advanced nations such as the U.S.
The market for gesture recognition for gaming consoles witnesses significant growth driven by technological enhancements to meet the demand for interactive gaming experience. Recently, Big Market Research has added a report titled “United States Gesture Recognition for Gaming Consoles Industry 2016 Deep Market Research Report”. The analysis offers insights into current and emerging market dynamics, profile and strategies of key players, and growth prospects of key segments. Development of advanced prototypes of gaming consoles by using high-end gesture recognition technologies is extensively analyzed in the study.
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