<p>Design, development and evaluation of a mixed reality solution to an external specification.</p>

Group Mixed Reality Solution

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<ul><li>Hardware Concerns for AR: Mobile Augmented Reality, Mixed Reality Headsets, Augmented Virtuality. </li><li>Passthrough Systems.</li><li>Selecting Appropriate Tracking Techniques:  Marker less, Marker-based</li><li>Selecting Experience Types:  Table top, Seated, Room-Scale;  </li><li>Experience Environment:  Indoor, Outdoor, Location Based.</li><li>Cross-Platform Interoperability of Mixed Reality Applications. </li><li>Marker-less Algorithms vs Marker based Techniques</li><li>Anchors, Pins and Cloud Anchors</li><li>AR Frame Processing </li><li>Game Engine Architectures for Mixed Reality, OpenXR Subsystems</li><li>Game Engine Domains for Augmented, Virtual and Mixed Reality</li><li>Tracking Techniques and Data Storage. </li><li>Ray Casting and Ray Intersection Techniques</li><li>Processing Hit Tests.</li><li>Rendering Techniques for Mixed Reality </li><li>Lighting and Rendering Challenges in Mixed Reality</li><li>Agile Techniques for Planning Mixed Reality Projects.</li><li>Interpreting a Technical Design. </li><li>Design Concept Formulation Strategies. </li><li>Technical Design Specification. </li></ul>
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<p>MSc Virtual Reality Lab in Byrom Street, Room 7.07</p>

<p>School of Computer Science AR/VR Laboratory Image installed on all machines. </p>

Collaborative Mixed Reality Project - 7153COMP

Collaborative Mixed Reality Project

Critically evaluate and select appropriate techniques for detecting artefacts in the real-world and construct a digital representation.

Use a range of technologies, algorithms and associated data structures and choose an appropriate architecture for a Mixed Reality application.

Demonstrate ability to collaboratively develop, plan and manage a substantial mixed reality project in response to a brief.

Employ advanced skills in Mixed Reality development to augment a real-world scene with virtual objects.