Young Yeo

• Led the Workload & Competitive Analysis team, providing insights on rendering algorithms, API trends, and workload behavior to guide GPU IP architecture decisions. • Established a new workload enablement flow, integrating high-level API data into system-level traces for pre-silicon validation. • Conducted deep competitive analysis, including configuration assessments and die shot studies, to inform architecture roadmaps. • Developed workload profiling tools, databases, and feature tracking systems to streamline IP development.

• Led the Mobile/APU/RT Use Case & Competitive Analysis team, influencing GPU roadmap strategies. • Provided detailed benchmark analysis and architectural insights to optimize GPU performance and set program goals. • Developed a new BVH compression method for Ray Tracing (Navi3x), reducing BVH size by over 60%, achieving 4x faster build times, and boosting RT performance. • Worked on DX12 hardware features (VRS implementation, index compression studies) for Navi2x. • Led mobile workload analysis, helping the architecture team refine tiling solutions within strict development schedules. • Spearheaded tools development that doubled the speed of Architecture Model - RTL correlation.

• Developed and optimized graphics HW IP for various domains, including tile-based architecture, compression, and VR graphics. • Pioneered efficient stereo rendering, CAC, timewarp, and foveated rendering for XR platforms. • Achieved significant performance uplifts for geometry-intensive applications, optimizing post-vertex caching, primitive/wave packing, and coarse Z testing. • Created a vector visualization tool for debugging, validation, and performance analysis.

• Developed a real-time algorithm for converting quadrilateral meshes into higher-order surfaces using DirectX 10 geometry shaders.