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Application for Searching for Fitness Buddies (iOS)
Plšek, Dominik ; Behúň, Kamil (referee) ; Herout, Adam (advisor)
Many successful projects are based on mobile applications using geographic position of the user and shared economy, mostly in transport market. These principles can be used in other fields of human life as well. As part of my thesis, I focused on applying these methods to the fitness market. A considerable part of potential customers is discouraged from exercising regularly by the fact that they do not have anyone to share these activities with. The purpose of the thesis is to create a mulitplatform mobile application Gymber which helps users searching for a partner or a trainer for running, weight-lifting or other desired fitness activity. Gymber allows users to share and respond to offers for fitness activity, displays a feed of appropriate places for these activities, informs users about places' opening hours, special events and news. The thesis also describes topics about user interface design, iOS application implementation and designing backend API for supporting other mobile platforms, too.
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Mobile App For Capturing and Viewing Photographs of the Same Object at Different Times
Plšek, Dominik ; Zemčík, Pavel (referee) ; Herout, Adam (advisor)
Rephotography has been a popular research topic in the photography field for a long time. The purpose of rephotography itself is to repeatedly take photographs of the same scene at a different time. As a result, the sequence of rephotographs with the reference, often historical, the picture provides a compelling visualization of the evolution of the subject or capture its changes in time. However, the act of rephotography is difficult for the rephotographers as they have to cope with the ambiguous motions in six degrees of freedom and with the changes of the subject itself or its surrounding environment. This thesis aims to create a mobile application that would help its users to capture a rephotograph more accurately and allow them to share the scenes amongst other users. The designed application uses available on-device sensors to navigate the user to the location and guide the user during the rephotography process to capture a precise rephotograph. Furthermore, the application contains user interface elements designed explicitly for rephotography. Moreover, the work describes topics about user interface design, iOS application development, and designing and deploying backend API for the mobile application.
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Mobile App For Capturing and Viewing Photographs of the Same Object at Different Times
Plšek, Dominik ; Zemčík, Pavel (referee) ; Herout, Adam (advisor)
Rephotography has been a popular research topic in the photography field for a long time. The purpose of rephotography itself is to repeatedly take photographs of the same scene at a different time. As a result, the sequence of rephotographs with the reference, often historical, the picture provides a compelling visualization of the evolution of the subject or capture its changes in time. However, the act of rephotography is difficult for the rephotographers as they have to cope with the ambiguous motions in six degrees of freedom and with the changes of the subject itself or its surrounding environment. This thesis aims to create a mobile application that would help its users to capture a rephotograph more accurately and allow them to share the scenes amongst other users. The designed application uses available on-device sensors to navigate the user to the location and guide the user during the rephotography process to capture a precise rephotograph. Furthermore, the application contains user interface elements designed explicitly for rephotography. Moreover, the work describes topics about user interface design, iOS application development, and designing and deploying backend API for the mobile application.
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Application for Searching for Fitness Buddies (iOS)
Plšek, Dominik ; Behúň, Kamil (referee) ; Herout, Adam (advisor)
Many successful projects are based on mobile applications using geographic position of the user and shared economy, mostly in transport market. These principles can be used in other fields of human life as well. As part of my thesis, I focused on applying these methods to the fitness market. A considerable part of potential customers is discouraged from exercising regularly by the fact that they do not have anyone to share these activities with. The purpose of the thesis is to create a mulitplatform mobile application Gymber which helps users searching for a partner or a trainer for running, weight-lifting or other desired fitness activity. Gymber allows users to share and respond to offers for fitness activity, displays a feed of appropriate places for these activities, informs users about places' opening hours, special events and news. The thesis also describes topics about user interface design, iOS application implementation and designing backend API for supporting other mobile platforms, too.
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