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Wireless data acquisition from Bosch XDK in LabVIEW
Hlaváč, Martin ; Krejčí, Jakub (referee) ; Pikula, Stanislav (advisor)
The work summarizes what the XDK 110 is, what sensors it has, their properties and what communication interfaces can be used to communicate with the XDK device. Since the XDK 110 enables communication using Bluetooth Low Energy (BLE), this work presents the possibilities of solving communication using this interface, which is not yet directly supported in LabVIEW. Furthermore, scenarios for reading data from XDK 110 are proposed in the work, and then an application for reading and writing measured data from XDK in LabVIEW is developed and described. The work also describes the software for XDK able to cooperate with the proposed application and describes the data packages intended for communication with the application.
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Data acquisition with Bosch XDK and wireless data transfer to LabVIEW.
Vítek, Filip ; Krejčí, Jakub (referee) ; Pikula, Stanislav (advisor)
This thesis is mostly concerned with designing and implementation of firmware for Bosch XDK 110 device and a LabVIEW application, which were both tested and also some of the features were explored as well. Data from the sensors in device are aquired and then wirelessly send into LabVIEW app, where that data are displayed, stored or processed in different way. WLAN is used for wireless communication with MQTT protocol. In thesis battery life was tested in different ambient temperatures and different frequencies of data sending and data acqusition. Final implementation was tested when measuring enviromental data in fridge, measuring acceleration when device was attached to a car or measuring magnetic induction and noise of electric motor.
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Wireless data acquisition from Bosch XDK in LabVIEW
Hlaváč, Martin ; Krejčí, Jakub (referee) ; Pikula, Stanislav (advisor)
The work summarizes what the XDK 110 is, what sensors it has, their properties and what communication interfaces can be used to communicate with the XDK device. Since the XDK 110 enables communication using Bluetooth Low Energy (BLE), this work presents the possibilities of solving communication using this interface, which is not yet directly supported in LabVIEW. Furthermore, scenarios for reading data from XDK 110 are proposed in the work, and then an application for reading and writing measured data from XDK in LabVIEW is developed and described.
|
|
|
Data acquisition with Bosch XDK and wireless data transfer to LabVIEW.
Vítek, Filip ; Krejčí, Jakub (referee) ; Pikula, Stanislav (advisor)
This thesis is mostly concerned with designing and implementation of firmware for Bosch XDK 110 device and a LabVIEW application, which were both tested and also some of the features were explored as well. Data from the sensors in device are aquired and then wirelessly send into LabVIEW app, where that data are displayed, stored or processed in different way. WLAN is used for wireless communication with MQTT protocol. In thesis battery life was tested in different ambient temperatures and different frequencies of data sending and data acqusition. Final implementation was tested when measuring enviromental data in fridge, measuring acceleration when device was attached to a car or measuring magnetic induction and noise of electric motor.
|
|
|
Wireless data acquisition from Bosch XDK in LabVIEW
Hlaváč, Martin ; Krejčí, Jakub (referee) ; Pikula, Stanislav (advisor)
The work summarizes what the XDK 110 is, what sensors it has, their properties and what communication interfaces can be used to communicate with the XDK device. Since the XDK 110 enables communication using Bluetooth Low Energy (BLE), this work presents the possibilities of solving communication using this interface, which is not yet directly supported in LabVIEW. Furthermore, scenarios for reading data from XDK 110 are proposed in the work, and then an application for reading and writing measured data from XDK in LabVIEW is developed and described. The work also describes the software for XDK able to cooperate with the proposed application and describes the data packages intended for communication with the application.
|
|
|
Wireless data acquisition from Bosch XDK in LabVIEW
Hlaváč, Martin ; Krejčí, Jakub (referee) ; Pikula, Stanislav (advisor)
The work summarizes what the XDK 110 is, what sensors it has, their properties and what communication interfaces can be used to communicate with the XDK device. Since the XDK 110 enables communication using Bluetooth Low Energy (BLE), this work presents the possibilities of solving communication using this interface, which is not yet directly supported in LabVIEW. Furthermore, scenarios for reading data from XDK 110 are proposed in the work, and then an application for reading and writing measured data from XDK in LabVIEW is developed and described.
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