jupyter
GitHub - koaning/drawdata: Draw datasets from within Jupyter.
This small python app allows you to draw a dataset in a jupyter notebook. This should be very useful when teaching machine learning algorithms. You can get the same tooling from going to calmcode labs but with this library you'll also be able to use it from within jupyter. This will save you a precious tab in the browser. When you run this from jupyter, you should load in an iframe.
The Perfect Text Editor for Jupyter: A Complete Python IDE
This article is part of a series. Check out the full series: Part I, Part II, Part III. Over the past few days, we've been building a complete Python IDE inside Jupyter. In this article, we will add the final touches and package everything in a Docker image to create a portable working environment for data scientists and Machine Learning engineers. It's not even an IPython UI, as many may think.
Meet MutableAI; A Machine Learning Powered Python Code Assistant for Jupyter
Developing and deploying machine learning (ML) models takes a lot of time because ML pipelines involve many different job functions. As a result, it is crucial to streamline operations whenever possible. With the growth of AI research, the field of natural language processing (NLP) has seen encouraging progress. NLP tools are used to perform a wide range of tasks, such as tokenization, and syntactic and semantic analysis, to name a few. A new collaboration between Orchest and MutableAI presents a coding assistant tool that allows programmers to significantly reduce the time required to produce high-quality production code in all languages using AI.
Building a Fast Interactive Dashboard in Jupyter through Gradio
Some days ago, I discovered a very interesting Python package, named Gradio. According to its authors, Gradio permits to build demos for Machine Learning. The package is exploited by machine learning teams at Google, Facebook, and Amazon. Thus, I decided to study this package and build a little demo. While reading the documentation, I was very pleased to discover an interesting feature, that other similar packages, such as streamlit do not provide.
Getting Started with Jupyter+IntelligentGraph - DataScienceCentral.com
Since IntelligentGraph combines Knowledge Graphs with embedded data analytics, Jupyter is an obvious choice as a data analysts IntelligentGraph workbench. Using the Jupyter ISparql, we can easily perform SPARQL queries over the same IntelligentGraph created above. We do not have to use Java to script our interaction with the repository.
ML Without the Ops: Running Experiments at Scale with Ploomber on AWS
For the past couple of months, we've chatted with many Data Science and Machine Learning teams to understand their pain points. Of course, there are many of these. Still, the one that surprised me the most is how hard it is to get some simple end-to-end workflow working, partially because vendors often lock teams into complicated solutions that require a lot of setup and maintenance. This blog post will describe a simple architecture that you can use to start building data pipelines in the cloud without sacrificing your favorite tooling or recurring high maintenance costs. The solution involves using our open-source frameworks and AWS Batch.
A Complete MLOps Toolbox
In Rappi as in many other high-potential startups, it is clear that one of the keys to success has been and continues to be the implementation of analytics and data science, using machine learning models that provide valuable insights to the business. Its use in startups and traditional companies that have focused on digital transformation has been increasing exponentially and today, being a part of the broader AI field, machine learning should be as common as software applications in general, and that is precisely where MLOps treat ML algorithms as reusable software appliances, offering rapid and repeatable deployment of models, followed by continuous and monitored integration ensuring that each model performs optimally as its environment evolves over time. In other words, and to wrap up, MLOps are the set of practices that an enterprise must have in place in order to run AI and ML successfully. If you have data science and IA you must have almost by obligation a dedicated MLOps team, the models by themselves are helpless and biased only to the data they were trained with. Nowadays, a start-up must face big challenges in terms of managing their data as it is constantly growing and changing.
Getting Started with Jupyter+IntelligentGraph
Since IntelligentGraph combines Knowledge Graphs with embedded data analytics, Jupyter is an obvious choice as a data analysts' IntelligentGraph workbench. Using the Jupyter ISparql, we can easily perform SPARQL queries over the same IntelligentGraph created above. We do not have to use Java to script our interaction with the repository.
All-Purpose Universal Platform for Real-Time AI/ML
This article is a comprehensive overview of InterSystems IRIS platform capabilities relative to universal support of AI/ML mechanism deployment, of AI/ML solution assembly (integration) and of AI/ML solution training (testing) based on intense data flows. We will turn to market research, to practical examples of AI/ML solutions and to the conceptual aspects of what we refer to in this article as real-time AI/ML platform. "… The parallel growth trends for streaming data pipelines and container-based infrastructure combine Streaming enables extraction of useful information from data more quickly than traditional batch processes. It also enables timely integration of advanced analytics, such as recommendations based on artificial intelligence and machine learning (AI/ML) models, all to achieve competitive differentiation through higher customer satisfaction. Time pressure also affects the DevOps teams building and deploying applications.
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Google Colab 101 Tutorial with Python -- Tips, Tricks, and FAQ
Google Colab is a project from Google Research, a free, Jupyter based environment that allows us to create Jupyter [programming] notebooks to write and execute Python [1](and other Python-based third-party tools and machine learning frameworks such as Pandas, PyTorch, Tensorflow, Keras, Monk, OpenCV, and others) in a web browser. A programming notebook is a type of shell or kernel in the form of a word processor, where we can write and execute code. The data required for processing in Google Colab can be mounted into Google Drive or imported from any source on the internet. Project Jupyter is an open-source software organization that develops and supports Jupyter notebooks for interactive computing [4]. Google Colab requires no configuration to get started and provides free access to GPUs.