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11	Förstärkt verklighet med ARCore : Utveckling av en förstärkt verklighetsapplikation i Android med Kotlin och Azure / Augmented reality with ARCore : Development of an augmented reality application in Android with Kotlin and Azure Hübsch, Jacob, Persson, Magnus January 2019 (has links) The technology of “augmented reality” has existed in an experimental stage since the early 1990s, but it is not until around year 2010 that commercial use in the form of both hardware and software became available, for example, when Pokémon GO and Google Glass were announced. The aim of this thesis is to develop a mobile application that utilizes the technique of augmented reality to gain an insight into the technique’s potential, as well as the various tools available in this type of development. The project resulted in an augmented reality application, written in the program language Kotlin for the mobile operating system Android. The main use of the application includes group activities such as tourism, as the main functionality is to visualize other users' location via the mobile camera using the tools ARCore and Azure’s database Cosmos DB. Even though the technology is relatively new, the work has progressed without major difficulties, and even with basic programming knowledge it is possible to do software development in this area. ARCore Kotlin Azure Android Visual Studio Augmented Reality Förstärkt Verklighet Övrig annan teknik
12	Evaluating an ARCore application to get an image of the state of AR technology today / Utvärdering av en ARCore applikation för att få en bild av AR teknologi idag Lundqvist, Sebastian, Ekstrand, Oliver January 2020 (has links) Augmented reality is an old technology that is still far away from being perfect. It is also quickly being improved upon and the state of AR today has come a long way from AR just a couple of years ago. New big players have recently introduced their tools and have made it easier than ever to develop AR applications. In this study we look at what established methods (if any) there are for AR evaluation, develop AR evaluation methods that fit our needs, carry out the evaluation and analyze the collected data. We also note some important things to think about when working with AR to increase tracking and recognition stability. The recommendations are: try to have reference images with high scores, have reference objects that are distinct enough from one another to not be mixed up and make sure that the visual for the reference image matches the visual for the reference object in its intended viewing environment. Augmented Reality AR Evaluation Methodology Method Development Cultural Heritage ARCore Android Unity Human Computer Interaction
13	Aplikace rozšířené reality: Měření rozměrů objektů / Application of Augmented Reality: Measurement of Object Dimensions Karásek, Miroslav January 2019 (has links) The goal of this diploma thesis is design and implementation of an application for automated measurement of objects in augmented reality. It focuses on automating the entire process, so that the user carries out the fewest number of manual actions. The proposed interface divides the measurement into several steps in which it gives the user instructions to progress to the next stage. The result is an Android application with ARCore technology. Is capable of determining the minimal bounding box of an object of a general shape lying on a horizontal surface. Measure error depends on ambient conditions and is in units of percent.
14	Designing for Augmented Reality in aviation E-Commerce Gunillasson, Alexander January 2020 (has links) In-flight entertainment (IFE) is facing exciting times ahead as more and more technological advancements find its way into the IFE-systems. With the increasing hardware capabilities of IFE-systems, one exciting technology which could be seen infuture IFE-systems is augmented reality (AR). AR could allow for virtual try-on (VTO) in a webshop, where passengers can view virtual representations of for instance, glasses or headpieces, augmented onto themselves through a camera on the IFE-screen. However, integrating VTO in a webshop comes with new challenges, both for the designer and the developer. This thesis has examined design guidelines for AR in a literature study, along with general principles for user experience (UX). Based on the findings from the literature study, a prototype for a webshop with integrated VTO, targeting IFE, has been build in an iterative design process. Furthermore, a small application has been built using Google’s AR-framework ARCore for Android, where users can try different virtual glasses. The literature study, along with usability testing in each design iteration, showed that there are no guidelines which can cover everything when designing for AR; however, the design guidelines presented by Google and Apple are a great place to start. Furthermore, the usability testing showed that people have certain expectations of a webshop, which indicates that VTO should be integrated seamlessly into the application without interfering with the layout. The application development showed that ARCore certainly is a potent tool when it comes to AR-development. However, ARCore is not open source,which could make it less appealing for companies in need of highly flexible solutions. Augmented Reality AR Virtual try-on VTO ARCore In-flight entertainment IFE IFE-system Interaction Technologies Interaktionsteknik Human Computer Interaction
15	A small step for a sensor : Detecting limited spatial movement with mobile AR / Ett litet steg för en sensor Fallström, Johan January 2023 (has links) In this paper, a technical overview will be provided for a developed mobile exergame, with a particular focus on its movement tracking. By utilizing spatial movement readout from the AR algorithm, we've managed to create an easy to use exergame that allows the user to track their horizontal movement. In contrast to a more conventional approach, our solution can work indoors, and can be applied to vertical motion tracking as well. The applied method led to an exergame tailor-made for its target group, but it didn't include a thorough examination of other alternatives to our AR usage. This means that our solution should be researched further to better understand its relevance in the field, while we've shown with a practical example how it can be utilized. / Heart-eXg computer-science software development software development ar augmented reality unity ar foundation arkit arcore exergame heart failure rehabilitation world tracking mobile ar mobile augmented reality movement tracking p-iii heart-exg exergaming step counter spatial movement slam Computer Systems Datorsystem

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