Dear All,
I am wondering how can I write a Relay pass that tiles conv2d by the output
channels (data partitioning) in Relay graph level?
For example, let us assume that I have some relay program like below, and I
want to able to traverse the relay graph that contains this conv2d, and able t
I use these codes to import the .so,json,params
files
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yes,i did,and i got this
output
so I think I made a mistake in import the model which used autotuing.
I'm new to ai,I dont know how to import the new module
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Did you uncomment the `tune_and_evaluate` function call in the tutorial?
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I have got the .so .paramers and .json,but the module which I use autotuing
even slower than the module I didn't use autotuing.Is the way I import it
wrong?please help me
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You a
I would like use Relay's built in post-training quantization along with BYOC.
Inside the quantize pass params are bound to the main function which causes an
issue downstream since I need tensors to be VarNode instead of ConstantNode in
BYOC. I think this can be resolved by unbinding params af
Downgrading to xgboost 0.90 fixed the segmentation fault issue!
Thanks a lot @t-vi
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`thread_axis` is in `tvm.te`.
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Hi, all
I'm integrating TVM into a C++ deep learning framework, which is similar to the
work of torch-tvm.
And during the work, I found that the whole functionality of TVM relies on not
only the C++ code, but also the python code, which cannot be compiled into the
libtvm.so.
For example, th
same problem~ version 0.7_dev
nn.prelu(%1, %v336) tensor type `Tensor[(64), float32]` has 1 dimensions, while
`Tensor[(64, 1, 1), float32]` has 3 dimensions; unable to unify: `Tensor[(64),
float32]` and `Tensor[(64, 1, 1), float32]`;
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