GEMM.md · wolver/example_student_code

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提交于 2023-01-20 07:43 +08:00 . Update for Win 2023

# Programming Assignment 2 - GEMM
Before reading this document, you should have first read the README.

In this project, you will be implementing a Matrix-Matrix multiply using Spatial. The inputs will be fed in through `A.csv` and `B.csv`, and an output will be returned through `output.csv`. These can be generated via python with numpy, or other methods, and should be placed in the `gen/GEMV` folder after running `make` and before `bash run.sh`. A simple skeleton has been written for you in `src/main/scala/GEMM.scala`


## Constraints
Your final design should only use fixed point operations, and take fewer than 1024 ops, and 128 kibibytes (131,072 bytes) of combined SRAM and registers.
Note that you are free to change all of the precisions involved as long as your final program remains within 0.02 (l2-norm, max-norm) of the double-precision result.

As before, the inputs are guaranteed to be taken uniformly at random from `[-1, 1]`.

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