We improved Tensorflow Serving performance by over 70%
1–10 of 18 posts
Re: We improved Tensorflow Serving performance by over 70%
#2Re: We improved Tensorflow Serving performance by over 70%
#3FWIW, I believe that the current state of the art for batch-size 1, fp32 inference for ResNet-50 on Intel CPUs is AWS's work in https://arxiv.org/abs/1809.02697 . After the low-hanging fruit outside of model execution are picked, this kind of work is probably quite relevant.
Re: We improved Tensorflow Serving performance by over 70%
#4TensorFlow has some known inefficiencies.
Re: We improved Tensorflow Serving performance by over 70%
#5FWIW, I believe that the current state of the art for batch-size 1, fp32 inference for ResNet-50 on Intel CPUs is AWS's work in https://arxiv.org/abs/1809.02697 . After the low-hanging fruit outside of model execution are picked, this kind of work is probably quite relevant.
Hey! Author here, thanks for linking the paper. The article was from an infrastructure perspective, but we're definitely diving deeper into graph execution optimizations after this:)
Re: We improved Tensorflow Serving performance by over 70%
#6Re: We improved Tensorflow Serving performance by over 70%
#7Re: We improved Tensorflow Serving performance by over 70%
#8There is an optimized version of Tensorflow based on Clear Linux and MKLDNN - https://clearlinux.org/stacks , would be interest to see the performance difference between the natively compiled version and this .
-masroor (author)
Re: We improved Tensorflow Serving performance by over 70%
#9Re: We improved Tensorflow Serving performance by over 70%
#10The grpc.beta code elements are deprecated and may go away anytime. (gRPC 1.0.0 is also super old and unsupported)
```
channel = grpc.insecure_channel('0.0.0.0:9000')
stub = PredictionServiceStub(channel)
```
-masroor (author)