Somatosensory technology allows people to directly interact with digital devices and the environment without any control equipment, and manipulate them as they like. The core value of somatosensory technology is that it allows the computer to have a more accurate and effective "eye" to observe the world and complete various instructions according to human actions.
From the mouse, to the keyboard, and then to the touch screen, the advancement of technology has brought more and more wonderful human-computer interaction experience to human beings. However, innovation is endless. Smarter and more natural human-computer interaction is the eternal pursuit of mankind. So, somatosensory technology was born. Looking into the future, the direction of human-computer interaction is definitely to develop towards the sense of body and language. Undoubtedly, somatosensory technology will be the next trend in adult-computer interaction.
What is somatosensory technology?
Somatosensory technology allows people to directly interact with digital devices and the environment without any control equipment, and manipulate them as they like. The core value of somatosensory technology is that it allows the computer to have a more precise and effective eye to observe the world and complete various instructions according to human movements.
The somatosensory interactive software can automatically simulate the somatosensory device's mouse and keyboard operation events of the windows operating system. It is compatible with all software. It can upgrade digital devices such as projectors, splicing screens, advertising machines, and smart TVs to somatosensory operation devices. , PPT presentations for meetings, Flash games, animations, multimedia, and desktop applications can be easily turned into somatosensory controls. The biggest value of the software is that it provides powerful custom functions. All developers and software development companies, overall solution providers or middlemen can develop applications according to their own project requirements without the need to set up a somatosensory technology team. Carry out research and development to achieve low-cost and efficient somatosensory application development.
Somatosensory technology is moving from games to popular smart terminals
Nintendo launched WiiRemote, the first sensory controller in 2006, which opened the era of somatosensory. After that, Sony launched the somatosensory game product PlayStationMove, Microsoft launched the somatosensory product Kinect, somatosensory control technology has been widely used in games. At present, somatosensory technology is moving from games to popular applications, such as PCs and tablets, and has begun to penetrate into retail, healthcare, education and other industries.
Somatosensory technology is the next trend in human-computer interaction
From the perspective of the development of human-computer interaction, it has experienced two major changes in human-computer interaction, including mouse and touch screen. The development trend of human-computer interaction is reflected in: first, from passively receiving information to actively processing user information, and even capturing user intentions and user ideas; second, from simply meeting people's input needs to emphasize user experience. The ideal state of human-computer interaction is to be as smooth as the communication between people, and the communication between people mainly includes posture (motion, expression, etc.) and language completion, so the direction of human-computer interaction is definitely to feel and language Direction to develop.
The core of somatosensory technology lies in MEMS sensor and software algorithm
According to different somatosensory methods and principles, it can be divided into three categories: inertial sensing, optical sensing, and combined inertial and optical sensing. The main hardware involved in inertial sensing is various types of inertial sensors, such as gravity sensors, gyroscopes and magnetic sensors; the main hardware involved in optical sensing is infrared detectors and cameras. The hardware of somatosensory products is relatively simple, and its core technology lies in MEMS sensors and each company's own unique algorithm.
Somatosensory technology is on the eve of the outbreak, and the benefits of somatosensory technology industry chain companies are clear
The rise of somatosensory technology is expected to benefit three types of companies: one is sensor companies, such as gravity sensors, gyroscopes, and magnetic sensors, such as Silan Micro, GoerTek, Suzhou Gutech, etc .; the second is to make CMOS sensors And the camera and other optical equipment companies, such as Huatian Technology, Crystal Optoelectronics, etc .; The third category is companies that do somatosensory solutions and applications, such as Zhongrui Sichuang.
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