An optimized fusion method for double-wearable-wireless-band platform on remote controller

This paper presents a stable double-wireless wearable-band platform that can detect hand gesture using a wearable wireless sensor platform with a digital accelerometer. The real-time monitoring and control system utilizes an MCU, a Bluetooth transceiver, and a commercial three-axis, digital output MEMS accelerometer. It is a fairly recent research development to allow the user to specify desired double hand postures for controlling a variety of robotic devices. Compared with a single wearable band, double wearable bands can identify more gestures with improved stability. To detect the user's hand movements, a 3D virtual environment is created via a double wearable band controller. In the system, the defined two-hand postures also allow the user to add control elements to various applications, which bridge the gap between humans and the systems.