AMD-AGI/Primus
Feb 2026 – Mar 2026
2 Months active
Languages Used
PythonMarkdown
Technical Skills
benchmarkingdistributed systemsparallel computingperformance optimizationGPU programmingdata analysis
Anshu Raina
PROFILE
Anshu Raina
Developed advanced benchmarking and performance projection features for the AMD-AGI/Primus repository, focusing on distributed training and resource planning. Built a multinode projection capability that automates configuration scaling from single-node to multi-node environments, integrating per-layer communication estimation and pipeline simulation to improve projection fidelity. Introduced GPU-free simulation backends and enhanced modeling for multi-latent attention and mixture-of-experts architectures, enabling accurate performance and memory projections without GPU dependency. Used Python and Markdown to expand documentation and validate projections across diverse workloads, supporting data-driven capacity planning. The work demonstrated depth in distributed systems, parallel computing, and performance optimization, with an emphasis on reproducibility.
Overall Statistics
Feature vs Bugs
100%Features
Repository Contributions
3Total
Bugs
0
Commits
3
Features
2
Lines of code
9,862
Activity Months2
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Work History
March 2026
2 Commits • 1 Features
Mar 1, 2026March 2026 monthly performance summary for AMD-AGI/Primus. Focused on delivering GPU-free performance projection capabilities, significantly improving resource estimation for training and inference. Key platform enhancements include new simulation backends, MLA support, MoE MLP improvements, and corrected collective communication modeling. Expanded docs and benchmarks enable users to accurately plan memory, bandwidth, and compute needs. The changes were validated across 11 workloads with projection accuracy within ~10% for 9/11 models, improving planning confidence and reducing GPU dependency for projections. The work included two major commits: c6a6b2cbb22dbc9a3b79f4219a100a0580cb5dd5 (Expand projection.md with memory projection and performance details) and ba57736a4e768355cd817adf8b2aeba4adb9dfba (Add GPU-free simulation backends and improve projection accuracy, with details on Origami, SDPA, MLA, MoE, and communication model fixes).
2 Commits • 1 Features
Mar 1, 2026March 2026 monthly performance summary for AMD-AGI/Primus. Focused on delivering GPU-free performance projection capabilities, significantly improving resource estimation for training and inference. Key platform enhancements include new simulation backends, MLA support, MoE MLP improvements, and corrected collective communication modeling. Expanded docs and benchmarks enable users to accurately plan memory, bandwidth, and compute needs. The changes were validated across 11 workloads with projection accuracy within ~10% for 9/11 models, improving planning confidence and reducing GPU dependency for projections. The work included two major commits: c6a6b2cbb22dbc9a3b79f4219a100a0580cb5dd5 (Expand projection.md with memory projection and performance details) and ba57736a4e768355cd817adf8b2aeba4adb9dfba (Add GPU-free simulation backends and improve projection accuracy, with details on Origami, SDPA, MLA, MoE, and communication model fixes).
March 2026
February 2026
1 Commits • 1 Features
Feb 1, 2026February 2026 focused on delivering a scalable benchmarking capability for distributed training in AMD-AGI/Primus. The primary deliverable is the Multinode Projection Feature, enabling performance projections to scale from a single node to multiple nodes with automatic configuration adjustments for single-node benchmarking and detailed communication estimations across various parallelization strategies. The feature includes per-layer communication estimation (TP AllReduce, MoE All-to-All), integration with pipeline simulation for accurate baseline calculations, and default support for overlapped gradient all-reduce. No major bugs were reported this month; maintenance activities focused on stabilizing new code paths and validating benchmarking accuracy. This work enhances benchmarking accuracy and efficiency, supporting data-driven capacity planning and resource allocation for multi-node deployments. The effort demonstrates collaboration and strong capabilities in distributed systems, performance benchmarking, and parallel communications planning, and lays groundwork for future optimizations in distributed training workflows.
February 2026
1 Commits • 1 Features
Feb 1, 2026February 2026 focused on delivering a scalable benchmarking capability for distributed training in AMD-AGI/Primus. The primary deliverable is the Multinode Projection Feature, enabling performance projections to scale from a single node to multiple nodes with automatic configuration adjustments for single-node benchmarking and detailed communication estimations across various parallelization strategies. The feature includes per-layer communication estimation (TP AllReduce, MoE All-to-All), integration with pipeline simulation for accurate baseline calculations, and default support for overlapped gradient all-reduce. No major bugs were reported this month; maintenance activities focused on stabilizing new code paths and validating benchmarking accuracy. This work enhances benchmarking accuracy and efficiency, supporting data-driven capacity planning and resource allocation for multi-node deployments. The effort demonstrates collaboration and strong capabilities in distributed systems, performance benchmarking, and parallel communications planning, and lays groundwork for future optimizations in distributed training workflows.
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Quality Metrics
Correctness86.6%
Maintainability86.6%
Architecture86.6%
Performance86.6%
AI Usage46.6%
Skills & Technologies
Programming Languages
MarkdownPython
Technical Skills
GPU programmingbenchmarkingdata analysisdistributed systemsdocumentationmachine learningparallel computingperformance optimization
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