Global ETD Search
Search theses and dissertations gathered from participating repositories worldwide. Every result links back to the library that holds it. No account is needed.
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Showing 1 to 20 of 37 for “"AR/VR"”.
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Immersive AR/VR spaces
… of the modifications and actions that take place are related to the virtual world. In this final year project, the designed system was split up into two main sections. The first case is a purely augmented reality system (AR). The idea behind this is to create an environment where the user is able …
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AR/VR technológiák vizsgálata a kiállítási kommunikációban
… amely alkalmazhatóságát a kutatás harmadik fázisában iskolai vizsgálatok segítéségével bizonyítottam. Lazzeretti (2016) független, de részben egymást átfedő diskurzusokat azonosított a múzeumi kommunikációban: tudományos-művészeti, média és a promóciós diskurzus. Ezen felosztását egy …
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CPU scheduling in robotics & AR/VR applications
Robot and AR/VR systems have to take highly responsive real-time actions, driven by complex decisions involving a pipeline of sensing, perception, planning, and reaction tasks. Given constrained resources, this leads to a difficult scheduling problem. In practice – system designers manually tune …
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Beyond the Visible: Transforming AR/VR Software Engineering Through Empirical Discovery, Metamorphic Testing, and Multi-Agent Intelligence
Augmented Reality (AR) technologies are reshaping interactive computing, yet software engineering support for immersive applications has not kept pace with their growing complexity. Because AR systems produce outputs that depend on dynamic environments, sensor input, and real-world context, the …
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An Exploration of the Potential of Augmented and Virtual Reality in Strategic Management: Immersive Visualizations of Future Scenarios
… domains of application, augmented reality (AR) and virtual reality (VR) technologies have received little attention within the digitalisation of strategic management. Their potential to augment strategic, long-term decision making processes remains overlooked. This thesis addresses this gap …
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Approximate computing techniques for accelerating compute intensive workloads
… is the ability to perform computations on very large amounts of training data. Similarly in the AR/VR world, high performance computing enables users to interact with large virtual environment and their data at real time. In this thesis, we have focused on Machine Learning Clustering Algorithms …
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Data-efficient Neural Appearance Manipulations
Appearance manipulation techniques are indispensable for a wide range of applications that seek to create immersive and interactive experiences, including filmmaking, aug- mented/virtual reality (AR/VR), product design, and advertising. These techniques involve adjustments to lighting, material …
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Towards efficient, on-demand and automated deep learning
In the past decade, deep learning has achieved great breakthroughs on tasks of computer vision, speech, language, control and many others. The advanced and dedicated computing chips, like Nvidia GPU and Google TPU, largely contributed and broadened this success. However, the requirement of large …
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Visual-Inertial State Estimation With Information Deficiency
State estimation is an essential part of intelligent navigation and mapping systems where tracking the location of a smartphone, car, robot, or a human-worn device is required. For autonomous systems such as micro aerial vehicles and self-driving cars, it is a prerequisite for control and motion …
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Biometric Leakage from Generative Models and Adversarial Iris Swapping for Spoofing Eye-based Authentication
… authentication systems representative of AR/VR environments. We first explore how diffusion models trained on biometric data can memorize and leak iris images. Next, we evaluate the effectiveness of Cross-Attention GANs for iris-swapping attacks, demonstrating their ability to enable …
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Simulating Weather For A Mixed Reality Platform
Complex systems are inherently difficult to teach in a traditional classroom setting. The We’re In This Together (WIT) project aims to provide a different teaching strategy by using AR/VR headsets to situate the students directly inside the system. WIT’s first game attempts to tackle common weather …
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Characterizing the augmented & virtual reality industry
… computers to personal computers, and now to smartphones, we have seen a revolution in computing that has had several advantages for society, in spaces from education to healthcare. However, these devices have their limitations and their innovation is becoming incremental. The growth of data and …
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Mitigating Compute Congestion for Low Latency Datacenter RPCs
… workloads, such as interactive machine learning inference, high-frequency algorithm trading, cloud gaming, and interactive AR/VR applications impose stringent latency requirements. These applications heavily rely on low-latency RPCs as an essential building block, often executed in mere …
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Gamification in Marketing to Increase Customer Retention
Gamification has emerged as a powerful marketing tool over the past decade, with its ability to boost user engagement, retention, and brand loyalty. This thesis examines the application of gamification in marketing through the lens of game development frameworks and the 4Ps of marketing. By …
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Development of Shared Situation Awareness Guidelines and Metrics as Developmental and Analytical Tools for Augmented and Virtual Reality User Interface Design in Human-Machine Teams
… work evolve, humans and machines will begin to share a more cooperative working space where collaboration occurs freely amongst the constituent members. To this end, it is then necessary to determine how information should flow amongst team members to allow for the efficient sharing and accurate …
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Performance in Multipath & High-Mobility Leveraging Terrestrial and Satellite Networks
High-mobility scenarios, such as those experienced by autonomous vehicles or users in transit, demand reliable and high-performance network communication. This thesis presents a comprehensive measurement study comparing the performance of terrestrial 5G networks (ATT, Verizon, T-Mobile) and the …
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Mobile Multi-Bounce LiDAR
Single-photon avalanche diodes (SPADs) are emerging sensors that can measure the propagation of light in a scene, capturing higher-order reflections, shadows, and light transport that ordinary cameras are unable to. Measurement of these multi-bounce light paths is especially useful for …
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Ultra-High Resolution Environmentally-Friendly Full-Colour Quantum Dot Display Fabricated via Cracking Assisted Transfer Printing
… for immersive displays in Augmented Reality (AR) / Virtual Reality (VR) technologies has heightened the demand for displays that offer high resolution, brightness, and a wide colour gamut, along with extended lifetimes. Quantum dots (QDs) have emerged as a leading emissive material in the in …
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Mechanical Object as a Learning Aid: Uncovering Students’ Mental Models Solving Thermodynamics Problems
… intellectual foundations. Previous research has looked into the use of haptic technologies and hands-on workshops to improve comprehension, but these methods can be resource costly. A more accessible method is to incorporate small mechanical devices into problem-solving exercises to …
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Building trust in autonomous systems with an AI framework for privacy, safety, and reliability in data, software, and robotics
In this research, we propose an innovative framework designed to enhance privacy, safety, and reliability in data science, software development, and AI-empowered robotics, with a primary focus on building trust in autonomous systems. Our approach initially emphasizes the application of deep …
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