@srkreddy1238 @yzhliu Thanks comments!
If all of you agree, I will make TFLite frontend support from NCHW to NHWC.
@yzhliu Yes. quantization part support is not been upstreamed yet. It has many
changes. I plan to upstream it in dev 0.6. My original plan is to support
TFLite NHWC the reason is w
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I prefer not to do any layout conversion in frontend.
Just to clarify, tflite quantization has not been upstreamed, right?
@FrozenGene
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@masahi In your exmaple of two strided_slice, given that we do not yet
cooperatively fuse the two parallel strided_slice together atm, the second
version is mostly as efficient as the first one.
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I added a section on PassUpDomain's limitations, and made a pull request
#[3040](https://github.com/dmlc/tvm/pull/3040).
@YuanLin, I didn't end up including the content on threads. I think it would be
helpful to add more explanation of basic thread concepts, to help the reader
understand why
@tqchen I'm looking into the following approach:
* Initially, the tuple and its fields are marked as Injective, so that they can
be fused as much as possible.
* Later, if we detect that a tuple is the root of its group in [this
line](https://github.com/dmlc/tvm/blob/master/src/relay/pass/fuse_op
@masahi I see, thanks. Another option is probably using a copy operator if
there are duplicates.
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@zhiics It looks like the tuple with duplicated tensors is only problematic if
it is the return value of a subfunction (i.e. a function that is lowered to
topi and compiled by TVM). If we lift the tuple out of a subfunction and put it
under the global function, it seems to work fine. The test be