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Hello,
ps: It is only a small issue, not making influence on implementation of Gemmini.
I think the action description on mvout, which is Action: DRAM[Translate[rs2]] <= Scratchpad[rs1] , should exchange the position of r1 and r2, changing into Action: DRAM[Translate[rs1]] <= Scratchpad[rs2]
By definition, r1 is the virtual DRAM address, and r2 is the S_pad address.
And according to the test example in mvin_mvout.c:
for (size_t n = 0; n < N; ++n) {
// printf("Mvin %d\n", n);
gemmini_mvin(In[n], nDIM);
// printf("Mvout %d\n", n);
gemmini_mvout(Out[n], nDIM);
}
We store the information of In matrix into sp[n*DIM] rather than sp[Out[n]]
The text was updated successfully, but these errors were encountered:
Hello,
ps: It is only a small issue, not making influence on implementation of Gemmini.
I think the action description on mvout, which is Action: DRAM[Translate[rs2]] <= Scratchpad[rs1] , should exchange the position of r1 and r2, changing into Action: DRAM[Translate[rs1]] <= Scratchpad[rs2]
By definition, r1 is the virtual DRAM address, and r2 is the S_pad address.
And according to the test example in mvin_mvout.c:
for (size_t n = 0; n < N; ++n) {
// printf("Mvin %d\n", n);
gemmini_mvin(In[n], nDIM);
// printf("Mvout %d\n", n);
gemmini_mvout(Out[n], nDIM);
}
We store the information of In matrix into sp[n*DIM] rather than sp[Out[n]]
The text was updated successfully, but these errors were encountered: