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Profiling XNNPACK with TFLite

↗ Quelle (blog.tensorflow.org)
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Posted by Alan Kelly, Software Engineer

for XNNPACK is now available in TensorFlow 2.9.1 and later. Previous TFLite profiling results when XNNPACK was used. The runtime of all delegated operators was accumulated in one row.

If you are using TensorFlow Lite 2.9.1 or later, it gives the per operator profile even for the section that is delegated to XNNPACK so that you no longer need to decide between fast inference and detailed performance information. The operator name, data layout (NHWC for example), datatype (FP32) and microkernel type (if applicable) are shown.

The most expensive operators are listed. In this example, you can see that a deconvolution accounted for 33.91% of the total runtime.

XNNPACK can also perform inference in half-precision (16 bit) floating point format if the hardware supports these operations natively, and IEEE16 inference is supported for every floating-point operator in the model, and the model’s `reduced_precision_support` metadata indicates that it is compatible with FP16 inference. FP16 inference can also be forced. More information is available

FP16 inference has been used.

Here, unsigned quantized inference has been used (QU8).

SPMM microkernel indicates that the operator is evaluated via SParse matrix-dense Matrix Multiplication. Note that sparse inference use NCHW layout (vs the typical NHWC) for the operators.

Note that when some operators are delegated to XNNPACK, and others aren’t, two sets of profile information are shown. This happens when not all operators in the model are supported by XNNPACK. The next step in this project is to merge profile information from XNNPACK operators and TensorFlow Lite into one profile.

Next Steps

You can learn more about performance measurement and profiling in TensorFlow Lite by visiting this guide. Thanks for reading!


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Ausführliche Details, Code-Beispiele & Hersteller-Stellungnahme auf blog.tensorflow.org.
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