AUTOMOTIVE
MaxCar is an intuitive gesture control solution for reducing distraction during operation while in motion.
MOREWe are of great concern about human perception, gestures and other parts of human interaction.
Mainly concern about sensor array, sensor fusion technology and security/defense solution.
We focus on data over ultrasound technology.
MaxCar is an intuitive gesture control solution for reducing distraction during operation while in motion.
MOREDriving safety is nowadays heavily confronted by distractions from smart phones or car console. To minimize distraction, we now have console joystick and voice controller. Gesturing is another effective but interactively friendly method to maintain driving safety when interacting with your most frequently used in-car applications. With our Maxcar solution, drivers can use most natural gestures to answer phone calls, switch between media and navigate while keeping their eyes focused on the road.
MaxDisplay Gesture Sensing Display is an innovative gesture sensing high resolution display for advertisement.
MOREGestures could be an ideal interface when it comes to digital displays in all kinds of public areas, As people are having an increasing conscious in sanitation, air gesturing could be a more suitable interaction technique in public. Our MaxDisplay solution allows you to play/pause Ad videos, and to promote more information such as latest collections and transportation guides to the consumers.
Welle is a smart device that instantly turns any surface into a smart controller using embedded Sonar and a highly sensitive gesture algorithm. It gives you the ability to use simple gestures or shortcuts to control your favorite functions or connected devices.
The development of our new technologies enables learners to learn more effectively, efficiently and flexibly. Smart education has gained increased attention.
MOREOur module transmits a wideband ultrasonic signal into mid-air for active sensing. With our deliberately designed circuit and driving algorithm, we enhance our system by modulating our ultrasonic signal, making our system more robust and resistant to signal feeding effect.
Objects or their motion within the sensing range scatter the signal energy, reflecting some portion back towards our module. Our signal acquisition framework consists of self-designed sampling and filter systems, which enables us to detect subtle change of the signal in low cost.
We build the whole recognition pipeline inside an SoC for high speed implementation. Inside the SoC lays our fine-tuned algorithm, which is capable of ranging, tracking and recognising human gestures and motions for several applications.
Infrared | Vision | Ultrosonic | E-field | Radar | |
Recognition Distance |
CM | M | M | CM | M |
Light Effects |
Easier | Easy | None | None | None |
Power Consumption |
300mW | 2W | 20mW | 100uW | 60mW |
Cost | $ | $$$$ | $$ | $$ | $$ |
Star Rating |
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