
Developed an AI Accelerator Integer Adder (INTADD) module for the seclabBupt/aiacc repository, focusing on multi-width support for both 32-bit and 8-bit operations with signed and unsigned arithmetic. The work included implementing sub-word parallelism and precision selection, as well as overflow and underflow clamping with optional saturation. Verification tooling was created using Verilog and C, integrating SoftFloat DPI and automated Verilog-C interaction scripts to ensure robust testing. The project emphasized integration readiness and test planning, delivering a feature-complete arithmetic core with a comprehensive testbench, and providing measurable value for AI workloads requiring flexible integer addition capabilities.
July 2025 monthly summary for seclabBupt/aiacc: Delivered AI Accelerator Integer Adder (INTADD) with multi-width support, verification tooling, and preparation for Verilog-C integration. Focused on core arithmetic capability, verification, and integration readiness, with measurable business value for AI workloads.
July 2025 monthly summary for seclabBupt/aiacc: Delivered AI Accelerator Integer Adder (INTADD) with multi-width support, verification tooling, and preparation for Verilog-C integration. Focused on core arithmetic capability, verification, and integration readiness, with measurable business value for AI workloads.

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