Investigating The Best Pre-Trained Object Detection Model for Flutter Framework

J. Jason, Anderies, Kay Leonico, Javier Islamey, Irene Anindaputri Iswanto
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Abstract

Object detection is a machine learning task that can detect objects in an image or video. With the rising demand for object detection features, a solution is needed to make it more accessible. This can be solved by integrating an object detection model into Flutter, a framework that can be compiled and used on popular platforms like iOS and Android. We investigated a total of 13 pre-trained models from PyTorch that will be integrated into Flutter. Through our investigation, we found that the YOLOv5 variants provided the best balance between accuracy and speed while boasting a significantly higher accuracy-to-speed ratio compared to the rest. We also found that quantizing the models can reduce their file size and execution time by up to 55% and 26% respectively while retaining comparable accuracies. However, we were not able to integrate them into flutter due to issues that we encountered.
颤振框架的最佳预训练目标检测模型研究
对象检测是一项机器学习任务,可以检测图像或视频中的对象。随着对目标检测功能的需求不断增加,需要一种解决方案使其更易于访问。这可以通过将对象检测模型集成到Flutter中来解决,Flutter是一个可以在iOS和Android等流行平台上编译和使用的框架。我们调查了PyTorch中的13个预训练模型,这些模型将集成到Flutter中。通过我们的调查,我们发现YOLOv5变体提供了精度和速度之间的最佳平衡,同时拥有比其他版本更高的精度与速度比。我们还发现,量化模型可以分别减少55%和26%的文件大小和执行时间,同时保持相当的准确性。然而,由于我们遇到的问题,我们无法将它们集成到flutter中。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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