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National Repository of Grey Literature 3 records found  Search took 0.01 seconds. 
An Application for Tracking of Alcohol in Blood
 Nácar, Arthur ; Zbořil, František (referee) ; Hrubý, Martin (advisor)
The aim of this thesis was to create mobile applications for iOS devices and a smartwatches with WatchOS that allows the user to monitor blood alcohol content over time.  The application is implemented in Swift language and it uses Apple HealthKit framework to access the user's personal data. Predictions of blood ethanol content are calculated using a simulation model that takes into account the resorption phase of ethanol and uses the extended Widmark method to estimate the course of the elimination phase.  The result of this work is an application that provides the user with information about the time needed to get a sober and detailed overview of the course of blood alcohol concentration using several available metrics.
Detailed record
iOS aplikace pro záznam krátkých sportovních videí
 Nácar, Arthur ; Tesařová, Alena (referee) ; Herout, Adam (advisor)
The content of this work is a mobile application for the iOS platform. The application is aimed at athletes, whom it should help during their training, and serves as a tool for automatically recording short snippets of video. The implementation is in Swift using the AVFoundation framework. The application has implemented the human pose detector using the CoreML model and can recognize certain game moments which will be captured. The short video snippet recorded with this application then contains the few seconds that preceded the game moment and also the few seconds that followed.
Detailed record
An Application for Tracking of Alcohol in Blood
 Nácar, Arthur ; Zbořil, František (referee) ; Hrubý, Martin (advisor)
The aim of this thesis was to create mobile applications for iOS devices and a smartwatches with WatchOS that allows the user to monitor blood alcohol content over time.  The application is implemented in Swift language and it uses Apple HealthKit framework to access the user's personal data. Predictions of blood ethanol content are calculated using a simulation model that takes into account the resorption phase of ethanol and uses the extended Widmark method to estimate the course of the elimination phase.  The result of this work is an application that provides the user with information about the time needed to get a sober and detailed overview of the course of blood alcohol concentration using several available metrics.
Detailed record

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