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This repository provides a script and recipe to Inference the ResNext50 model.
This sample only provides reference for you to learn the Ascend software stack and is not for commercial purposes.
Before starting, please pay attention to the following adaptation conditions. If they do not match, may leading in failure.
Conditions | Need |
---|---|
CANN Version | >=5.0.3 |
Chip Platform | Ascend310/Ascend310P3 |
3rd Party Requirements | Please follow the 'requirements.txt' |
git clone https://gitee.com/ascend/ModelZoo-TensorFlow.git
cd Modelzoo-TensorFlow/ACL_TensorFlow/built-in/cv/ResNext50_for_ACL
Convert pb to om.
configure the env
Please follow the guide to set the envs
convert pb to om
For Ascend310:
atc --model=resnext50_tf.pb --framework=3 --output=resnext50_tf_aipp --output_type=FP32 --soc_version=Ascend310 --input_shape="input:1,224,224,3" --log=info --insert_op_conf=resnext50_tf_aipp.cfg
For Ascend310P3:
atc --model=resnext50_tf.pb --framework=3 --output=resnext50_tf_aipp --output_type=FP32 --soc_version=Ascend310P3 --input_shape="input:1,224,224,3" --log=info --insert_op_conf=resnext50_tf_aipp.cfg
Build the program
For Ascend310:
unset ASCEND310P3_DVPP
bash build.sh
For Ascend310P3:
export ASCEND310P3_DVPP=1
bash build.sh
Run the program:
cd scripts
bash benchmark_tf.sh --batchSize=1 --modelType=resnext50 --imgType=raw --precision=fp16 --outputType=fp32 --useDvpp=1 --deviceId=0 --modelPath=resnext50_tf_aipp.om --dataPath=image-1024 --trueValuePath=val_lable.txt
Our result were obtained by running the applicable inference script. To achieve the same results, follow the steps in the Quick Start Guide.
model | SOC | data | Top1/Top5 |
---|---|---|---|
offline Inference | Ascend310 | 50K images | 77.99 %/ 93.88% |
offline Inference | Ascend310P3 | 50K images | 78.3 %/ 94.2% |
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