
Developed and delivered a base scheduling model for the RISC-V tt-ascalon-d8 processor within the espressif/llvm-project repository, focusing on accurate modeling of processor resources, instruction latencies, and resource usage for arithmetic, memory, and conversion operations. Integrated this model with LLVM MCA to enable detailed simulation and analysis of performance characteristics, supporting future profiling and optimization workflows. The work involved compiler development and performance analysis using C++ and LLVM, with an emphasis on RISC-V architecture modeling. This feature established a technical foundation for resource and latency modeling, guiding subsequent optimization efforts without addressing major bug fixes during the period.
December 2024 performance and delivery overview: Key feature delivered—base scheduling model for the RISC-V tt-ascalon-d8 with LLVM MCA integration. No major bugs fixed this month. Overall impact includes enabling accurate resource, latency, and performance modeling to guide optimizations in espressif/llvm-project. Technologies demonstrated include RISC-V architecture modeling, LLVM MCA integration, and performance analysis workflows.
December 2024 performance and delivery overview: Key feature delivered—base scheduling model for the RISC-V tt-ascalon-d8 with LLVM MCA integration. No major bugs fixed this month. Overall impact includes enabling accurate resource, latency, and performance modeling to guide optimizations in espressif/llvm-project. Technologies demonstrated include RISC-V architecture modeling, LLVM MCA integration, and performance analysis workflows.

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