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Using Wearables for Medicine Applications
Abraham, Lukáš ; Rozman, Jaroslav (referee) ; Samek, Jan (advisor)
This bachelor thesis contains digest of interesting weareable devices which focus or are usedin medicine. Information about the applications for mobile devices and medicine which aremade for usual wearable devices can be found in this thesis as well. The solution which isapplied on weareable devices which are used in medicine is also described here. The solutionis made for wearable device (watch) Garmin VivoActive Hr and a mobile phone which runson Android platform. Watch VivoActive Hr is placed around the wrist and it takes a shotof the movement and the pulse of the person. Thanks to the accelerometer it can identifythe number of steps which were taken during the day by the person. These data are sentfrom the watch to the smart phone which runs on the Android platform and the applicationwhich evaluates these data is able to send an SMS or an email if the situation is evaluatedas an emergency.
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Wearable Devices: Possibilities of Using and Applications
Herec, Jan ; Luža, Radim (referee) ; Samek, Jan (advisor)
This thesis focuses on wearable devices that are currently actual topic. It presents their history, communication methods and capabilities of application. It further describes created solution that demonstrates the application of wearable devices for controlling a robot. The solution consists of a wearable device named Myo armband, an Android application and a robot on the platform ROS (Robot operating system). A Myo armband has a form of a bracelet that is placed on a forearm and contains sensors such as a magnetometer, a gyroscope, an accelerometer and an EMG (electromyographic sensors for sensing muscle activity on which base certain gestures are recognized). The application is designed for controlling a mobile robot capable of moving forward, backward and veer based on gestures and movements of a hand on which a Myo armband is attached. For this purpose, the application reads the relevant data from a wearable device using Bluetooth LE (Low Energy), then evaluates them and sends control messages via Wi-Fi technology to a robot. The description of a robot is discussed in more detail further below. The usage of the application (which is the main contribution of the author) and a Myo armband enable to control a set of mobile robots driven by the Robotic operating system (ROS).
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Using Wearables for Medicine Applications
Abraham, Lukáš ; Rozman, Jaroslav (referee) ; Samek, Jan (advisor)
This bachelor thesis contains digest of interesting weareable devices which focus or are usedin medicine. Information about the applications for mobile devices and medicine which aremade for usual wearable devices can be found in this thesis as well. The solution which isapplied on weareable devices which are used in medicine is also described here. The solutionis made for wearable device (watch) Garmin VivoActive Hr and a mobile phone which runson Android platform. Watch VivoActive Hr is placed around the wrist and it takes a shotof the movement and the pulse of the person. Thanks to the accelerometer it can identifythe number of steps which were taken during the day by the person. These data are sentfrom the watch to the smart phone which runs on the Android platform and the applicationwhich evaluates these data is able to send an SMS or an email if the situation is evaluatedas an emergency.
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|
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Wearable Devices: Possibilities of Using and Applications
Herec, Jan ; Luža, Radim (referee) ; Samek, Jan (advisor)
This thesis focuses on wearable devices that are currently actual topic. It presents their history, communication methods and capabilities of application. It further describes created solution that demonstrates the application of wearable devices for controlling a robot. The solution consists of a wearable device named Myo armband, an Android application and a robot on the platform ROS (Robot operating system). A Myo armband has a form of a bracelet that is placed on a forearm and contains sensors such as a magnetometer, a gyroscope, an accelerometer and an EMG (electromyographic sensors for sensing muscle activity on which base certain gestures are recognized). The application is designed for controlling a mobile robot capable of moving forward, backward and veer based on gestures and movements of a hand on which a Myo armband is attached. For this purpose, the application reads the relevant data from a wearable device using Bluetooth LE (Low Energy), then evaluates them and sends control messages via Wi-Fi technology to a robot. The description of a robot is discussed in more detail further below. The usage of the application (which is the main contribution of the author) and a Myo armband enable to control a set of mobile robots driven by the Robotic operating system (ROS).
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