turicreate
Quick Links: Installation | Documentation | WWDC 2019 | WWDC 2018
Check out our talks at WWDC 2019 and at WWDC 2018!
Turi Create simplifies the development of custom machine learning models. You don't have to be a machine learning expert to add recommendations, object detection, image classification, image similarity or activity classification to your app.
Easy-to-use: Focus on tasks instead of algorithms
Visual: Built-in, streaming visualizations to explore your data
Flexible: Supports text, images, audio, video and sensor data
Fast and Scalable: Work with large datasets on a single machine
Ready To Deploy: Export models to Core ML for use in iOS, macOS, watchOS, and tvOS apps
With Turi Create, you can accomplish many common ML tasks:
ML Task | Description |
---|---|
Recommender | Personalize choices for users |
Image Classification | Label images |
Drawing Classification | Recognize Pencil/Touch Drawings and Gestures |
Sound Classification | Classify sounds |
Object Detection | Recognize objects within images |
One Shot Object Detection | Recognize 2D objects within images using a single example |
Style Transfer | Stylize images |
Activity Classification | Detect an activity using sensors |
Image Similarity | Find similar images |
Classifiers | Predict a label |
Regression | Predict numeric values |
Clustering | Group similar datapoints together |
Text Classifier | Analyze sentiment of messages |
If you want your app to recognize specific objects in images, you can build your own model with just a few lines of code:
import turicreate as tc# Load data data = tc.SFrame('photoLabel.sframe')# Create a modelmodel = tc.image_classifier.create(data, target='photoLabel')# Make predictionspredictions = model.predict(data)# Export to Core MLmodel.export_coreml('MyClassifier.mlmodel')
It's easy to use the resulting model in an iOS application:
Turi Create supports:
macOS 10.12+
Linux (with glibc 2.10+)
Windows 10 (via WSL)
Turi Create requires:
Python 2.7, 3.5, 3.6, 3.7 (macOS only)
x86_64 architecture
At least 4 GB of RAM
For detailed instructions for different varieties of Linux see LINUX_INSTALL.md. For common installation issues see INSTALL_ISSUES.md.
We recommend using virtualenv to use, install, or build Turi Create.
pip install virtualenv
The method for installing Turi Create follows thestandard python package installation steps.
To create and activate a Python virtual environment called venv
follow these steps:
# Create a Python virtual environmentcd ~virtualenv venv# Activate your virtual environmentsource ~/venv/bin/activate
Alternatively, if you are using Anaconda, you may use its virtual environment:
conda create -n virtual_environment_name anaconda conda activate virtual_environment_name
To install Turi Create
within your virtual environment:
(venv) pip install -U turicreate
Turi Create 5.0 includes:
GPU Acceleration on Macs for:
Image Classification (macOS 10.13+)
Image Similarity (macOS 10.13+)
Object Detection (macOS 10.14+)
Activity Classification (macOS 10.14+)
New Task: Style Transfer
Recommender model deployment
Vision Feature Print model deployment
The package User Guide and API Docs contain more details on how to use Turi Create.
Turi Create does not require a GPU, but certain models can be accelerated 9-13x when utilizing a GPU.
Turi Create automatically utilizes Mac GPUs for the following tasks:
Image Classification (macOS 10.13+)
Image Similarity (macOS 10.13+)
Object Detection (macOS 10.14+, discrete GPU only)
Activity Classification (macOS 10.14+, discrete GPU only)
For linux GPU support, see LinuxGPU.md.
If you want to build Turi Create from source, see BUILD.md.
Prior to contributing, please review CONTRIBUTING.md and do not provide any contributions unless you agree with the terms and conditions set forth in CONTRIBUTING.md.
We want the Turi Create community to be as welcoming and inclusive as possible, and have adopted a Code of Conduct that we expect all community members, including contributors, to read and observe.
上一篇:dingdang-robot
下一篇:MADRectDetect
还没有评论,说两句吧!
热门资源
seetafaceJNI
项目介绍 基于中科院seetaface2进行封装的JAVA...
spark-corenlp
This package wraps Stanford CoreNLP annotators ...
Keras-ResNeXt
Keras ResNeXt Implementation of ResNeXt models...
capsnet-with-caps...
CapsNet with capsule-wise convolution Project ...
inferno-boilerplate
This is a very basic boilerplate example for pe...
智能在线
400-630-6780
聆听.建议反馈
E-mail: support@tusaishared.com