### This issue to track upstreaming progress for CSI-NN2 integration.
- [ ] P1. The CI environment support.
- [ ] P2. The JSON generator with CSI-NN2 support and unit test for Conv2D.
- [ ] p3. Unit tests for Softmax, Pooling, Relu, and Dense.
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Introduce CSI-NN2 Compute Library into TVM to accelerate the inference
performance of RISC-V CPU with Vector Extension.
You can view, comment on, or merge this pull request online at:
https://github.com/apache/tvm-rfcs/pull/75
-- Commit Summary --
* RFC-CSI-NN2-Integration
-- File Changes
> This is fantastic, thank you! We're excited to hear about the results for
> MLPerf. My main comment is mostly concerned about documentation. I'm glad the
> build instructions are included with the RFC, but I'd like to see the
> inclusion of documentation about how to configure, build, and use
> ok, then for CI do you plan to e.g. expand our `ci_qemu` Docker image to
> additionally contain this custom qemu? (this involves committing a change to
> `docker/`, then pinging a committer to update the version of the image used)
Thanks for advice, we will add it. but I have no experience abo
@areusch Thanks a lot. let me update the image.
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@areusch [a tracking issue](https://github.com/apache/tvm/issues/11506) is
ready. I will keep updating it.
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Thanks for bringing up. this is also very useful on RISC-V. we look forward to
progress in this regard.
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Me
## Motivation
In order to enrich the support of TF operator and the need of practical work,
we add 15 operators to TVM.
as follows:
* Expm1, Rint, Softsign, Cumprod, Cumsum
* SegmentMax, SegmentMin, SegmentMean, SegmentPord, SegmentSum
* UnsortedSegmentMax, UnsortedSegmen
I'll make them down into several prs, than send them directly. Thank you.
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We have tried using te.scan and te.compute to implement cumsum. But it seems
that there is no way to use the same formula to adapt to all situations.
Finally, we implement it with te.extern.
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Hi, can this part of work be used in the main branch now?
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