20220911-h13m58s49_sst2_distilbert_quantization

fxmarty/20220911-h13m58s49_sst2_distilbert_quantization

20220911-h13m58s49_sst2_distilbert_quantization is a text classification model from fxmarty. Use it when you need a label for a piece of text.

task: text-classification Backend: sagemaker-training Backend args: {'instancetype': 'ml.m5.2xlarge', 'supportedinstructions': 'avx512'} Number of evaluation samples: All dataset

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Updated Sep 11, 2022

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Task: Text Classification
Access: Public
Created: Sep 11, 2022
Updated: Sep 11, 2022
SHA: 869592a1

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Datasets

glue

Model card

From the Hugging Face model README

task: text-classification
Backend: sagemaker-training
Backend args: {'instance_type': 'ml.m5.2xlarge', 'supported_instructions': 'avx512'}
Number of evaluation samples: All dataset

Fixed parameters:

dataset: [{'path': 'glue', 'eval_split': 'validation', 'data_keys': {'primary': 'sentence'}, 'ref_keys': ['label'], 'name': 'sst2', 'calibration_split': 'train'}]
name_or_path: distilbert-base-uncased-finetuned-sst-2-english
from_transformers: True
calibration:
- method: percentile
- num_calibration_samples: 128
- calibration_histogram_percentile: 99.999

Benchmarked parameters:

framework: onnxruntime, pytorch
quantization_approach: dynamic, static
operators_to_quantize: ['Add', 'MatMul'], ['Add']
node_exclusion: [], ['layernorm', 'gelu', 'residual', 'gather', 'softmax']
per_channel: False, True
framework_args: {'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}, {}
reduce_range: True, False
apply_quantization: True, False

Evaluation

Non-time metrics

framework	quantization_approach	operators_to_quantize	node_exclusion	per_channel	framework_args	reduce_range	apply_quantization		accuracy
`onnxruntime`	`None`	`None`	`None`	`None`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`None`	`False`	\|	0.911
`onnxruntime`	`dynamic`	`['Add', 'MatMul']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	0.898
`onnxruntime`	`dynamic`	`['Add', 'MatMul']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	0.893
`onnxruntime`	`dynamic`	`['Add', 'MatMul']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	0.490
`onnxruntime`	`dynamic`	`['Add', 'MatMul']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	0.901
`onnxruntime`	`dynamic`	`['Add', 'MatMul']`	`[]`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	0.898
`onnxruntime`	`dynamic`	`['Add', 'MatMul']`	`[]`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	0.893
`onnxruntime`	`dynamic`	`['Add', 'MatMul']`	`[]`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	0.490
`onnxruntime`	`dynamic`	`['Add', 'MatMul']`	`[]`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	0.901
`onnxruntime`	`dynamic`	`['Add']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	0.911
`onnxruntime`	`dynamic`	`['Add']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	0.911
`onnxruntime`	`dynamic`	`['Add']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	0.911
`onnxruntime`	`dynamic`	`['Add']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	0.911
`onnxruntime`	`dynamic`	`['Add']`	`[]`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	0.911
`onnxruntime`	`dynamic`	`['Add']`	`[]`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	0.911
`onnxruntime`	`dynamic`	`['Add']`	`[]`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	0.911
`onnxruntime`	`dynamic`	`['Add']`	`[]`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	0.911
`onnxruntime`	`static`	`['Add', 'MatMul']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	0.899
`onnxruntime`	`static`	`['Add', 'MatMul']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	0.899
`onnxruntime`	`static`	`['Add', 'MatMul']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	0.491
`onnxruntime`	`static`	`['Add', 'MatMul']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	0.908
`onnxruntime`	`static`	`['Add', 'MatMul']`	`[]`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	0.899
`onnxruntime`	`static`	`['Add', 'MatMul']`	`[]`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	0.899
`onnxruntime`	`static`	`['Add', 'MatMul']`	`[]`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	0.499
`onnxruntime`	`static`	`['Add', 'MatMul']`	`[]`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	0.900
`onnxruntime`	`static`	`['Add']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	0.906
`onnxruntime`	`static`	`['Add']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	0.906
`onnxruntime`	`static`	`['Add']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	0.906
`onnxruntime`	`static`	`['Add']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	0.906
`onnxruntime`	`static`	`['Add']`	`[]`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	0.901
`onnxruntime`	`static`	`['Add']`	`[]`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	0.901
`onnxruntime`	`static`	`['Add']`	`[]`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	0.901
`onnxruntime`	`static`	`['Add']`	`[]`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	0.901
`pytorch`	`None`	`None`	`None`	`None`	`{}`	`None`	`None`	\|	0.911

Time metrics

Time benchmarks were run for 15 seconds per config.

Below, time metrics for batch size = 1, input length = 32.

framework	quantization_approach	operators_to_quantize	node_exclusion	per_channel	framework_args	reduce_range	apply_quantization		latency_mean (ms)		throughput (/s)
`onnxruntime`	`None`	`None`	`None`	`None`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`None`	`False`	\|	14.50	\|	69.00
`onnxruntime`	`dynamic`	`['Add', 'MatMul']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	10.19	\|	98.13
`onnxruntime`	`dynamic`	`['Add', 'MatMul']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	10.66	\|	93.87
`onnxruntime`	`dynamic`	`['Add', 'MatMul']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	10.45	\|	95.67
`onnxruntime`	`dynamic`	`['Add', 'MatMul']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	10.72	\|	93.33
`onnxruntime`	`dynamic`	`['Add', 'MatMul']`	`[]`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	10.40	\|	96.20
`onnxruntime`	`dynamic`	`['Add', 'MatMul']`	`[]`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	10.16	\|	98.40
`onnxruntime`	`dynamic`	`['Add', 'MatMul']`	`[]`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	10.40	\|	96.20
`onnxruntime`	`dynamic`	`['Add', 'MatMul']`	`[]`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	10.86	\|	92.07
`onnxruntime`	`dynamic`	`['Add']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	14.43	\|	69.33
`onnxruntime`	`dynamic`	`['Add']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	14.68	\|	68.13
`onnxruntime`	`dynamic`	`['Add']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	14.40	\|	69.47
`onnxruntime`	`dynamic`	`['Add']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	14.79	\|	67.60
`onnxruntime`	`dynamic`	`['Add']`	`[]`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	14.80	\|	67.60
`onnxruntime`	`dynamic`	`['Add']`	`[]`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	14.13	\|	70.80
`onnxruntime`	`dynamic`	`['Add']`	`[]`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	14.54	\|	68.80
`onnxruntime`	`dynamic`	`['Add']`	`[]`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	14.60	\|	68.53
`onnxruntime`	`static`	`['Add', 'MatMul']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	11.23	\|	89.13
`onnxruntime`	`static`	`['Add', 'MatMul']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	11.18	\|	89.47
`onnxruntime`	`static`	`['Add', 'MatMul']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	11.39	\|	87.87
`onnxruntime`	`static`	`['Add', 'MatMul']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	11.31	\|	88.47
`onnxruntime`	`static`	`['Add', 'MatMul']`	`[]`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	13.73	\|	72.87
`onnxruntime`	`static`	`['Add', 'MatMul']`	`[]`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	14.42	\|	69.40
`onnxruntime`	`static`	`['Add', 'MatMul']`	`[]`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	14.09	\|	71.00
`onnxruntime`	`static`	`['Add', 'MatMul']`	`[]`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	13.78	\|	72.60
`onnxruntime`	`static`	`['Add']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	16.11	\|	62.13
`onnxruntime`	`static`	`['Add']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	15.97	\|	62.67
`onnxruntime`	`static`	`['Add']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	15.82	\|	63.27
`onnxruntime`	`static`	`['Add']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	15.94	\|	62.73
`onnxruntime`	`static`	`['Add']`	`[]`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	19.03	\|	52.60
`onnxruntime`	`static`	`['Add']`	`[]`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	18.99	\|	52.67
`onnxruntime`	`static`	`['Add']`	`[]`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	18.93	\|	52.87
`onnxruntime`	`static`	`['Add']`	`[]`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	18.65	\|	53.67
`pytorch`	`None`	`None`	`None`	`None`	`{}`	`None`	`None`	\|	31.28	\|	32.00

Below, time metrics for batch size = 1, input length = 64.

framework	quantization_approach	operators_to_quantize	node_exclusion	per_channel	framework_args	reduce_range	apply_quantization		latency_mean (ms)		throughput (/s)
`onnxruntime`	`None`	`None`	`None`	`None`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`None`	`False`	\|	24.59	\|	40.67
`onnxruntime`	`dynamic`	`['Add', 'MatMul']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	18.67	\|	53.60
`onnxruntime`	`dynamic`	`['Add', 'MatMul']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	19.16	\|	52.20
`onnxruntime`	`dynamic`	`['Add', 'MatMul']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	18.97	\|	52.73
`onnxruntime`	`dynamic`	`['Add', 'MatMul']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	19.29	\|	51.87
`onnxruntime`	`dynamic`	`['Add', 'MatMul']`	`[]`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	19.13	\|	52.33
`onnxruntime`	`dynamic`	`['Add', 'MatMul']`	`[]`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	18.64	\|	53.67
`onnxruntime`	`dynamic`	`['Add', 'MatMul']`	`[]`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	19.01	\|	52.60
`onnxruntime`	`dynamic`	`['Add', 'MatMul']`	`[]`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	18.96	\|	52.80
`onnxruntime`	`dynamic`	`['Add']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	24.63	\|	40.67
`onnxruntime`	`dynamic`	`['Add']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	25.28	\|	39.60
`onnxruntime`	`dynamic`	`['Add']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	24.75	\|	40.47
`onnxruntime`	`dynamic`	`['Add']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	24.97	\|	40.07
`onnxruntime`	`dynamic`	`['Add']`	`[]`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	25.16	\|	39.80
`onnxruntime`	`dynamic`	`['Add']`	`[]`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	24.49	\|	40.87
`onnxruntime`	`dynamic`	`['Add']`	`[]`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	24.88	\|	40.20
`onnxruntime`	`dynamic`	`['Add']`	`[]`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	25.17	\|	39.73
`onnxruntime`	`static`	`['Add', 'MatMul']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	20.05	\|	49.93
`onnxruntime`	`static`	`['Add', 'MatMul']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	20.76	\|	48.20
`onnxruntime`	`static`	`['Add', 'MatMul']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	20.75	\|	48.20
`onnxruntime`	`static`	`['Add', 'MatMul']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	20.23	\|	49.47
`onnxruntime`	`static`	`['Add', 'MatMul']`	`[]`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	24.79	\|	40.40
`onnxruntime`	`static`	`['Add', 'MatMul']`	`[]`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	25.17	\|	39.73
`onnxruntime`	`static`	`['Add', 'MatMul']`	`[]`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	24.14	\|	41.47
`onnxruntime`	`static`	`['Add', 'MatMul']`	`[]`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	25.27	\|	39.60
`onnxruntime`	`static`	`['Add']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	27.97	\|	35.80
`onnxruntime`	`static`	`['Add']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	27.43	\|	36.47
`onnxruntime`	`static`	`['Add']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	28.17	\|	35.53
`onnxruntime`	`static`	`['Add']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	28.16	\|	35.53
`onnxruntime`	`static`	`['Add']`	`[]`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	33.24	\|	30.13
`onnxruntime`	`static`	`['Add']`	`[]`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	32.46	\|	30.87
`onnxruntime`	`static`	`['Add']`	`[]`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	32.39	\|	30.93
`onnxruntime`	`static`	`['Add']`	`[]`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	32.75	\|	30.53
`pytorch`	`None`	`None`	`None`	`None`	`{}`	`None`	`None`	\|	41.25	\|	24.27

Below, time metrics for batch size = 1, input length = 128.

framework	quantization_approach	operators_to_quantize	node_exclusion	per_channel	framework_args	reduce_range	apply_quantization		latency_mean (ms)		throughput (/s)
`onnxruntime`	`None`	`None`	`None`	`None`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`None`	`False`	\|	46.51	\|	21.53
`onnxruntime`	`dynamic`	`['Add', 'MatMul']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	35.33	\|	28.33
`onnxruntime`	`dynamic`	`['Add', 'MatMul']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	35.92	\|	27.87
`onnxruntime`	`dynamic`	`['Add', 'MatMul']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	35.56	\|	28.13
`onnxruntime`	`dynamic`	`['Add', 'MatMul']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	36.32	\|	27.53
`onnxruntime`	`dynamic`	`['Add', 'MatMul']`	`[]`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	35.53	\|	28.20
`onnxruntime`	`dynamic`	`['Add', 'MatMul']`	`[]`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	35.96	\|	27.87
`onnxruntime`	`dynamic`	`['Add', 'MatMul']`	`[]`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	35.42	\|	28.27
`onnxruntime`	`dynamic`	`['Add', 'MatMul']`	`[]`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	36.06	\|	27.80
`onnxruntime`	`dynamic`	`['Add']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	47.40	\|	21.13
`onnxruntime`	`dynamic`	`['Add']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	47.14	\|	21.27
`onnxruntime`	`dynamic`	`['Add']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	47.46	\|	21.13
`onnxruntime`	`dynamic`	`['Add']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	47.26	\|	21.20
`onnxruntime`	`dynamic`	`['Add']`	`[]`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	47.48	\|	21.07
`onnxruntime`	`dynamic`	`['Add']`	`[]`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	47.08	\|	21.27
`onnxruntime`	`dynamic`	`['Add']`	`[]`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	47.02	\|	21.33
`onnxruntime`	`dynamic`	`['Add']`	`[]`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	47.05	\|	21.27
`onnxruntime`	`static`	`['Add', 'MatMul']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	39.63	\|	25.27
`onnxruntime`	`static`	`['Add', 'MatMul']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	39.52	\|	25.33
`onnxruntime`	`static`	`['Add', 'MatMul']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	39.78	\|	25.20
`onnxruntime`	`static`	`['Add', 'MatMul']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	40.01	\|	25.00
`onnxruntime`	`static`	`['Add', 'MatMul']`	`[]`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	44.24	\|	22.67
`onnxruntime`	`static`	`['Add', 'MatMul']`	`[]`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	44.55	\|	22.47
`onnxruntime`	`static`	`['Add', 'MatMul']`	`[]`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	45.74	\|	21.87
`onnxruntime`	`static`	`['Add', 'MatMul']`	`[]`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	44.12	\|	22.67
`onnxruntime`	`static`	`['Add']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	51.41	\|	19.47
`onnxruntime`	`static`	`['Add']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	52.52	\|	19.07
`onnxruntime`	`static`	`['Add']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	51.25	\|	19.53
`onnxruntime`	`static`	`['Add']`	`['layernorm', 'gelu', 'residual', 'gather', 'softmax']`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	51.51	\|	19.47
`onnxruntime`	`static`	`['Add']`	`[]`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	59.37	\|	16.87
`onnxruntime`	`static`	`['Add']`	`[]`	`False`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	58.28	\|	17.20
`onnxruntime`	`static`	`['Add']`	`[]`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`False`	`True`	\|	59.37	\|	16.87
`onnxruntime`	`static`	`['Add']`	`[]`	`True`	`{'opset': 13, 'optimization_level': 1, 'intra_op_num_threads': 4}`	`True`	`True`	\|	58.28	\|	17.20
`pytorch`	`None`	`None`	`None`	`None`	`{}`	`None`	`None`	\|	53.72	\|	18.67

Task: Text Classification
Created: Sep 11, 2022
Updated: Sep 11, 2022