

December 2025 monthly summary for Purdue-SoCET/gpu-design-logs focused on advancing cycle-accurate simulator development through design documentation, progress tracking, and QA-oriented artifacts. Delivered clear integration progress for EX and WB stages and established a robust documentation pipeline linked to the final report, improving stakeholder visibility and project alignment.
December 2025 monthly summary for Purdue-SoCET/gpu-design-logs focused on advancing cycle-accurate simulator development through design documentation, progress tracking, and QA-oriented artifacts. Delivered clear integration progress for EX and WB stages and established a robust documentation pipeline linked to the final report, improving stakeholder visibility and project alignment.
November 2025: Delivered substantive progress on the Purdue-SoCET/gpu-design-logs GPU Emulator and Cycle-Accurate Simulator. Focused on bug fixes, synchronization improvements, architectural developments, and maintaining comprehensive design logs. The improvements enhance simulation accuracy, testing readiness, and validation reliability, accelerating integration with downstream GPU milestones and reducing technical risk.
November 2025: Delivered substantive progress on the Purdue-SoCET/gpu-design-logs GPU Emulator and Cycle-Accurate Simulator. Focused on bug fixes, synchronization improvements, architectural developments, and maintaining comprehensive design logs. The improvements enhance simulation accuracy, testing readiness, and validation reliability, accelerating integration with downstream GPU milestones and reducing technical risk.
For 2025-10, the focus was on consolidating GPU design decisions and weekly planning for Weeks 6–9 in the Purdue-SoCET/gpu-design-logs project. Delivered a structured design reference covering FP32/INT32 microarchitecture decisions, register file hierarchy, functionality and cycle-accurate simulators, the writeback stage, cache hierarchy, and comprehensive testing/validation plans. This set the foundation for validated milestones, smoother handoffs, and reduced risk for subsequent iterations. Key artifacts include four weekly design logs with traceable commits to capture decisions and milestones, enabling future review and validation.
For 2025-10, the focus was on consolidating GPU design decisions and weekly planning for Weeks 6–9 in the Purdue-SoCET/gpu-design-logs project. Delivered a structured design reference covering FP32/INT32 microarchitecture decisions, register file hierarchy, functionality and cycle-accurate simulators, the writeback stage, cache hierarchy, and comprehensive testing/validation plans. This set the foundation for validated milestones, smoother handoffs, and reduced risk for subsequent iterations. Key artifacts include four weekly design logs with traceable commits to capture decisions and milestones, enabling future review and validation.
Concise monthly summary for 2025-09, focused on Purdue-SoCET/gpu-design-logs. Highlights include delivered GPGPU design logs across Weeks 1-5, major clarifications, and architecture documentation that enables faster onboarding and informed design decisions for future GPU subsystems. Business value centers on knowledge capture, alignment across architectures (NVIDIA/AMD), and a solid reference for upcoming development cycles.
Concise monthly summary for 2025-09, focused on Purdue-SoCET/gpu-design-logs. Highlights include delivered GPGPU design logs across Weeks 1-5, major clarifications, and architecture documentation that enables faster onboarding and informed design decisions for future GPU subsystems. Business value centers on knowledge capture, alignment across architectures (NVIDIA/AMD), and a solid reference for upcoming development cycles.
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