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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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Computational Re-Photography
Červenka, Adam ; Šolony, Marek (referee) ; Čadík, Martin (advisor)
Photographing by historical picture is subject of interest both for photographers and researcher. In this way, it is possible to observe development of site, or its surroundings, within the timeframe. Problem may come to pass when we want to found the same view as the reference picture. Finding the same view is usually solve only by manually. In this case, photographers must rely to estimation and photographic skill. This method may be inaccurate and for photographer considerably inconvenient. The solution is the refutographic algorithm that using computer vision techniques.
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Web App for Capturing and Sharing New Shots of Historical Photographs
Mencner, Pavel ; Maršík, Lukáš (referee) ; Čadík, Martin (advisor)
This bachelor's thesis deals with design and implementation of the web application used for capturing and sharing new shots of the historical photographs also known as rephotographs. Product application is realised in JavaScript programming language. Server side is build on the Node.js platform and use Express.js framework and NoSQL database MongoDB. Client side is realised as single page application build on Angular 2 framework and communicates with server side via REST interface.
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Web App for Capturing New Shots of Historical Photographs
Sikora, Martin ; Brejcha, Jan (referee) ; Čadík, Martin (advisor)
The aim of this diploma thesis is to design and implement a web application focused on rephotography management. Analyze existing solutions, create list of features and simple graphical user interface. It also includes a design of API structure to communicate with the mobile application. Essential application requirements include adding photos on a map and combining different photos in a photo editor with enhanced auto-alignment features.
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System for Capturing and Administration of New Shots of Historical Photographs
Ryšavý, Tomáš ; Beran, Vítězslav (referee) ; Čadík, Martin (advisor)
The aim of this master's thesis is to develop a system for the management and creation of historical photographs and their rephotographs, which are modern images taken from the same place as their historical models were taken. Identical objects are precisely aligned in historical photography and its rephotography. This system consists of a web application based on the output of Martin Sikora's master's thesis and a mobile application based on the output of Adam Červenka's bachelor's thesis. The goal is to expand and publish a web application that allows users to add or search for historical photos or their rephotos. Users also can use the editor to create collages. The mobile application was also redesigned to expand the possibilities of the web application with the possibility of direct taking of photographs from a mobile device using an algorithm to make it easier to find the original place from which the historical photograph was taken.
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System for Capturing and Administration of New Shots of Historical Photographs
Ryšavý, Tomáš ; Bobák, Petr (referee) ; Čadík, Martin (advisor)
The aim of this master's thesis is to develop a system for managing historical photographs and creating their rephotographs, which are contemporary images taken from the same location as their historical counterparts. Identical objects are precisely aligned in historical photographs and their rephotographs. This system consists of a web application, which is the output of Martin Sikora's diploma thesis, and a mobile application based on the output of Adam Červenka's bachelor thesis. The aim is to extend and publish a web application that allows users to add or search for historical photographs or their rephotographs. Users can also use the editor to create collages. A mobile application has been implemented to extend the capabilities of the web application with the ability to take photos directly from a mobile device, using computer vision to navigate the scene and overlay to make the rephotography easier.
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System for Capturing and Administration of New Shots of Historical Photographs
Ryšavý, Tomáš ; Beran, Vítězslav (referee) ; Čadík, Martin (advisor)
The aim of this master's thesis is to develop a system for the management and creation of historical photographs and their rephotographs, which are modern images taken from the same place as their historical models were taken. Identical objects are precisely aligned in historical photography and its rephotography. This system consists of a web application based on the output of Martin Sikora's master's thesis and a mobile application based on the output of Adam Červenka's bachelor's thesis. The goal is to expand and publish a web application that allows users to add or search for historical photos or their rephotos. Users also can use the editor to create collages. The mobile application was also redesigned to expand the possibilities of the web application with the possibility of direct taking of photographs from a mobile device using an algorithm to make it easier to find the original place from which the historical photograph was taken.
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Web App for Capturing and Sharing New Shots of Historical Photographs
Mencner, Pavel ; Maršík, Lukáš (referee) ; Čadík, Martin (advisor)
This bachelor's thesis deals with design and implementation of the web application used for capturing and sharing new shots of the historical photographs also known as rephotographs. Product application is realised in JavaScript programming language. Server side is build on the Node.js platform and use Express.js framework and NoSQL database MongoDB. Client side is realised as single page application build on Angular 2 framework and communicates with server side via REST interface.
|
|
|
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.
|
|
|
Web App for Capturing New Shots of Historical Photographs
Sikora, Martin ; Brejcha, Jan (referee) ; Čadík, Martin (advisor)
The aim of this diploma thesis is to design and implement a web application focused on rephotography management. Analyze existing solutions, create list of features and simple graphical user interface. It also includes a design of API structure to communicate with the mobile application. Essential application requirements include adding photos on a map and combining different photos in a photo editor with enhanced auto-alignment features.
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