Machine Learning Environment - alpha version
Alternatives To Vergeml
Project NameStarsDownloadsRepos Using ThisPackages Using ThisMost Recent CommitTotal ReleasesLatest ReleaseOpen IssuesLicenseLanguage
16 days ago126August 08, 202274apache-2.0JavaScript
♾️ CML - Continuous Machine Learning | CI/CD for ML
2 months ago34November 19, 20216mitPython
a delightful machine learning tool that allows you to train, test, and use models without writing code
6 days ago18mitPython
Multi-tool for semantic search
Vscode Jupyter1,033
a day ago4December 26, 2021567mitTypeScript
VS Code Jupyter extension
9 days ago117apache-2.0Python
🐶 A tool to package, serve, and deploy any ML model on any platform.
Waifu2x Mac390
5 months ago6mitSwift
Waifu2x-ios port to macOS, still in Core ML and Metal
a year ago31mitPython
Command Line Artificial Intelligence or CLAI is an open-sourced project from IBM Research aimed to bring the power of AI to the command line interface.
4 years ago3mitPython
Machine Learning Environment - alpha version
Yggdrasil Decision Forests325
2 days ago10apache-2.0C++
A collection of state-of-the-art algorithms for the training, serving and interpretation of Decision Forest models.
Cookiecutter Fastapi277
8 days ago2mitPython
Cookiecutter template for FastAPI projects using: Machine Learning, Poetry, Github Actions and Pytests
Alternatives To Vergeml
Select To Compare

Alternative Project Comparisons


VergeML is a command line based environment for exploring, training and running state-of-the-art Machine Learning models. It provides ready-to-use models, handles data preprocessing and augmentation, tracks your AI's training sessions and provides other goodies such as an automatic REST interface.

Here is how it looks in action:



VergeML runs on Windows, Linux and MacOS. You need to have Python 3.6 and TensorFlow installed.

Get VergeML via pip:

pip install vergeml

Verify your installation by typing:

ml help

Congratulations, you have successfully installed VergeML! If you need further help, see the full installation guide.

Quick Start

Let's create a very simple image classifier which tells apart cats from dogs.

First, we create a new project for our classifier. Projects help you organize your data, save your training results and compare the performance between trained AIs.

Go to the directory where you want to create your project and type:

ml --model=imagenet new cats_dogs

This sets up a model based on Keras called imagenet, which is based on transfer learning.

Let's change to this project directory and have a look:

cd cats_dogs

VergeML will automatically create a samples folder and a configuration file (vergeml.yaml). Among other things, this configuration file defines the current model.

Let's get some help on what we can do with the current model:

ml help

In the output you will see a section on model functions. It says we have two model functions, train and predict. Let's try training first!

Start training!

To start training an AI we will need a dataset:

ml download:cats-and-dogs

Info: VergeML provides several datasets to get you started. To see a list type ml help download

After the download has finished, you will see a lot of images in your samples directory divided into two folders: cats and dogs.

Later, when you use your own data, simply copy your images into subdirectories of the samples directory. VergeML will automatically pick up the directory names as labels.

To start training, type:

ml train

As a first step, VergeML will feed each of our images into a pretrained neural network, extract their features as output and cache it on disk. (On a GPU, this will typically take around 15 minutes.) Then it will train a new neural network based on this output. As a last step it will combine these two networks into a single network tailored for our task of classifying cats and dogs. This process is called "transfer learning".

VergeML will print out the test accuracy after our training is finished to evaluate the model's final performance. Our cats-and-dogs classifier achieves 98.6%, which is pretty good.

Info: By default, VergeML reserves 10% of your samples as validation and 10% as testing data. This step is required to measure the accuracy of your model.

We can inspect our model's performance using the list command:

ml list

This will give you the name (prefixed by the @ sign) and several performance metrics.

For instance, the training accuracy (acc) will tell you how good your AI can classify the images it sees during training, while validation accuracy (val_acc) tells you how well it performs with unseen images.

Using the AI from the command line

Our cats-and-dogs classifier is now ready to use. Let's point it to an image of a cat or a dog and see what it predicts:

ml @name-of-your-AI predict <filename>

Info: You can even point it to a directory: ml @name-of-your-AI predict my_cats_and_dogs_pictures/*

Launching a REST service

Finally, let's deploy our newly trained AI on a web service:

ml @name-of-your-AI run:rest

VergeML provides an API explorer that will launch in a new browser window. (If you don't want the browser to open use the --no-browser option.)

For example, to use the REST interface with cURL:

curl -F '[email protected]/to/image' http://localhost:2204/predict



Copyright (c) 2018-2019 Markus Ecker

Popular Machine Learning Projects
Popular Command Line Projects
Popular Machine Learning Categories
Related Searches

Get A Weekly Email With Trending Projects For These Categories
No Spam. Unsubscribe easily at any time.
Command Line
Machine Learning
Deep Learning
Rest Api
Deep Neural Networks