A novel wireless motion sensing device for control of realtime electronics is presented. The device consists of a small (20 × 40mm) cir-cuit board including all circuitry and battery, and contains a complete inertial measuring unit (IMU), measuring both acceleration and angular velocity in 3 dimensions. Data is transmitted wirelessly via a bluetooth link and can be read from applications either using bluetooth serial emulation, or using a small standalone server application that converts in-coming data and sends reformatted data out via OSC
Abstract-The development of wireless sensing control unit operation is base on wearable inertial sen...
This work illustrates a complete design flow of an electronic system developed to support applicatio...
In this paper, a short distance wireless sensor node AccuMicroMotion for physiological activity mo...
Inertial Measurement Units (IMUs) are often used to measure motion parameters of human body in indoo...
Internet of Things (IoT) is one of the most ground-breaking forms of technology in the modern era. E...
Motion capturing is widely used across different applications such as medical analysis and creating ...
Motion tracking technology offers the ability to detect and record movements of an object or human. ...
This paper proposes a wireless sensor device for the real-time acquisition of bioelectrical signals ...
The dynamics of the human body has generated considerable recent research interest among scientist ...
MobiRing is a compact, finger-worn wireless motion-tracking platform that can be reprogrammed for a ...
In this paper, the development of a system capable of tracking finger motion is presented. The propo...
The dynamics of the human body has generated considerable recent research interest among scientist d...
Mobile devices have emerged from a simple wireless phone to multi-task devices. Technology developme...
In this paper we describe a wireless wearable system to monitor gait, based on a customized pair of ...
In the past, pedometers and pulse sensors were variously developed and became pretty optimized. Mean...
Abstract-The development of wireless sensing control unit operation is base on wearable inertial sen...
This work illustrates a complete design flow of an electronic system developed to support applicatio...
In this paper, a short distance wireless sensor node AccuMicroMotion for physiological activity mo...
Inertial Measurement Units (IMUs) are often used to measure motion parameters of human body in indoo...
Internet of Things (IoT) is one of the most ground-breaking forms of technology in the modern era. E...
Motion capturing is widely used across different applications such as medical analysis and creating ...
Motion tracking technology offers the ability to detect and record movements of an object or human. ...
This paper proposes a wireless sensor device for the real-time acquisition of bioelectrical signals ...
The dynamics of the human body has generated considerable recent research interest among scientist ...
MobiRing is a compact, finger-worn wireless motion-tracking platform that can be reprogrammed for a ...
In this paper, the development of a system capable of tracking finger motion is presented. The propo...
The dynamics of the human body has generated considerable recent research interest among scientist d...
Mobile devices have emerged from a simple wireless phone to multi-task devices. Technology developme...
In this paper we describe a wireless wearable system to monitor gait, based on a customized pair of ...
In the past, pedometers and pulse sensors were variously developed and became pretty optimized. Mean...
Abstract-The development of wireless sensing control unit operation is base on wearable inertial sen...
This work illustrates a complete design flow of an electronic system developed to support applicatio...
In this paper, a short distance wireless sensor node AccuMicroMotion for physiological activity mo...
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