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How TensorFlow Lite helps you from prototype to product

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blog.tensorflow.org
Posted by TensorFlow Lite is the official framework to run inference with TensorFlow models on edge devices. TensorFlow Lite is deployed on more than 4 billions edge devices worldwide, supporting Android, iOS, Linux-based IoT devices and microcontrollers.

Since first launch in late 2017, we have been improving TensorFlow Lite to make it robust while keeping it easy to use for all developers - from the machine learning experts to the mobile developers who just started learning about machine learning.

In this blog, we will highlight recent launches that made it easier for you to go from prototyping an on-device use case to deploying in production.
from TensorFlow DevSummit 2020.


Prototype: jump-start with state-of-the-art models

As machine learning is a very fast-moving field, it is very important to be able to know what is possible with current technologies before investing resources into building a feature. We have a repository of pretrained model and a ( ( (.
(
Benchmark on Pixel 4 CPU, 4 Threads, March 2020
Model hyper parameters: Sequence length 128, Vocab size 30K

Develop model: without ML expertise, create models for your dataset

When bringing state-of-the-art research models to TensorFlow Lite, we also want to make it easier for you to customize these models to your own use cases. We are excited to announce TensorFlow Lite ) and text classification ( already have metadata attached to it. If you are creating your own model, you can attach metadata to make sharing models easier.
PYTHON
# Creates model info.
model_meta = _metadata_fb.ModelMetadataT()
model_meta.name = "MobileNetV1 image classifier"
model_meta.description = ("Identify the most prominent object in the "
"image from a set of 1,001 categories such as "
"trees, animals, food, vehicles, person etc.")
model_meta.version = "v1"
model_meta.author = "TensorFlow"
model_meta.license = ("Apache License. Version 2.0 "
"http://www.apache.org/licenses/LICENSE-2.0.")
# Describe input and output tensors
# ...

# Writing the metadata to your model
b = flatbuffers.Builder(0)
b.Finish(
model_meta.Pack(b),
_metadata.MetadataPopulator.METADATA_FILE_IDENTIFIER)
metadata_buf = b.Output()
populator = _metadata.MetadataPopulator.with_model_file(model_file)
populator.load_metadata_buffer(metadata_buf)
populator.load_associated_files(["your_path_to_label_file"])
populator.populate()
For a complete example of how we populate the metadata for MobileNet v1, please refer to to generate model wrappers. We are also working on to measure model performance of models. We have added support for running benchmarks with all runtime options, including running models on GPU or other supported hardware accelerators, specifying the number of threads and more. You can also get inference latency breakdown to the granularity of a single operation to identify the most time consuming operations and optimize your model inference.
After integrating a model to your application, you may encounter other performance issues so that you may resort to platform-provided performance profiling tools. For example, on Android, one could investigate performance issues via various to learn more about how to use the module in the context of the Android benchmark tool.
We will continue working on improving TensorFlow Lite performance tooling to make it more intuitive and more helpful to measure and tune TensorFlow Lite performance on various devices.

Deploy: easily scale to multiple platforms

Nowadays, most applications need to support multiple platforms. That’s why we built TensorFlow Lite to work seamlessly across platforms: Android, iOS, Raspberry Pi, and other Linux-based IoT devices. All TensorFlow Lite models will just work out-of-the-box on any officially supported platforms, so that you can focus on creating good models instead of worrying about how to adapt your models to different platforms.
Each platform has its own hardware accelerator that can be used to speed up model inference. TensorFlow Lite has already supported running models on NNAPI for Android, GPU for both iOS and Android. We are excited to add more hardware accelerators:
  • On Android, we have added support for to allow running TensorFlow Lite models on Apple’s Neural Engine.
Besides, we continued to improve performance on existing supported platforms as you can see from the graph below comparing the performance between May 2019 and February 2020. You only need to upgrade to the latest version of TensorFlow Lite library to benefit from these improvements.
or on Twitter with hashtags #TFLite and #PoweredByTF. To report bugs and issues, please reach out to us on GitHub.

Acknowledgements

Thanks to Amy Jang, Andrew Selle, Arno Eigenwillig‎, Arun Venkatesan‎, Cédric Deltheil, Chao Mei, Christiaan Prins, Denny Zhou, Denis Brulé, Elizabeth Kemp, Hoi Lam, Jared Duke, Jordan Grimstad, Juho Ha, Jungshik Jang‎, Justin Hong, Hongkun Yu, Karim Nosseir, Khanh LeViet, Lawrence Chan, Lei Yu, Lu Wang‎, Luiz Gustavo Martins‎, Maxime Brénon, Mia Roh, Mike Liang, Mingxing Tan, Renjie Liu‎, Sachin Joglekar, Sarah Sirajuddin, Sebastian Goodman, Shiyu Hu, Shuangfeng Li‎, Sijia Ma, Tei Jeong, Tian Lin, Tim Davis, Vojtech Bardiovsky, Wei Wei, Wouter van Oortmerssen, Xiaodan Song, Xunkai Zhang‎, YoungSeok Yoon‎, Yuqi Li‎‎, Yi Zhou, Zhenzhong Lan, Zhiqing Sun and more.
Vollständiger Original-Bericht
Ausführliche Details, Code-Beispiele & Hersteller-Stellungnahme auf blog.tensorflow.org.
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