The Integration of Wearable user Interface in Health and Medicine (Essay Sample)

Wearable User Interface in Health Care
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Introduction
The world today is rampant with emerging technology. Due to globalization, technology is an agent of change and makes the world what it is now. Various technological breakthroughs have emerged to provide solutions to the soaring global challenges (McCartney, 2013). Wearable user interface (WUI) is the latest technology to catch the attention of many over the past few years.
Wearable user interface is a technology that uses different personal technologies. It uses devices such as watches and mobile phones to develop an interface between humans and technology (Chan, Estève, Fourniols, Escriba, & Campo, 2012). Increased technology has led to modification of the wearable devices. The new wearable devices are created to adapt to the body shape. The tiny wearable devices are camouflaged to make their use as less intrusive as possible. The wearable devices are fitted with high sensory systems to provide feedback about the user.
Wearable user interface in health care
Health care is a sizeable sector that is cost intensive. Technology is a vital player in reduction of the swelling medical costs. Wearable user interface devices coalesce with other technologies to ameliorate health care. WUI tracks sleep patterns, monitors heart rates and so forth (Chan et al., 2012). They are used to track health vitals. The WUI relies on other technologies. For instance, the WUI incorporates the GPS technology in designing haptic shoe soles. These types of shoes help the blind people navigate. Haptic shoe soles communicate directions to the user in response to the vibrations felt by the feet.
The WUI has combined with technological advancements from Samsung to alleviate complex conditions in health care. Samsung has designed a technology called The BodyGuardian Remote Monitoring System (BodyGuardian). This system has a flexible cardiac monitoring system that enables doctors to monitor critical biometric data of the patient. The flexibility and scalability of this technology allow physicians to maintain a connection with their patients (Chan et al., 2012).
Wearable sensors
Wearable sensors or devices enable efficient transmission of data sensed by the body in real time. Real-time feedback is crucial in making decisions on health care matters. With the improvement in technology, wearable sensors can now transmit data to smart phones. This data is relayed to health applications installed in the smart phones.
The introduction of ‘InvenSense’s MotionTracking’ has accelerated the technology of wearable user interface. This device integrates with motion sensors such as gyroscopes and accelerometers to facilitate its function. This device provides a higher level of accuracy in body movement detection. The device has sophisticated technology that provides a high sensory function.
Transmission of data by the wearable devices
The wearable devices are imperative devices in health care. They provide critical information of the patient to the physicians. Their technology has played a part in decimating technology bottlenecks created by other inefficient systems.
Wearable devices are fitted with highly responsive sensors (Chan et al., 2012). The devices provide feedback to the physicians through a sophisti...