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  • Book Overview & Buying Data Processing with Optimus
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Data Processing with Optimus

Data Processing with Optimus

By : Dr. Argenis Leon , Luis Aguirre Contreras
4.8 (4)
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Data Processing with Optimus

Data Processing with Optimus

4.8 (4)
By: Dr. Argenis Leon , Luis Aguirre Contreras

Overview of this book

Optimus is a Python library that works as a unified API for data cleaning, processing, and merging data. It can be used for handling small and big data on your local laptop or on remote clusters using CPUs or GPUs. The book begins by covering the internals of Optimus and how it works in tandem with the existing technologies to serve your data processing needs. You'll then learn how to use Optimus for loading and saving data from text data formats such as CSV and JSON files, exploring binary files such as Excel, and for columnar data processing with Parquet, Avro, and OCR. Next, you'll get to grips with the profiler and its data types - a unique feature of Optimus Dataframe that assists with data quality. You'll see how to use the plots available in Optimus such as histogram, frequency charts, and scatter and box plots, and understand how Optimus lets you connect to libraries such as Plotly and Altair. You'll also delve into advanced applications such as feature engineering, machine learning, cross-validation, and natural language processing functions and explore the advancements in Optimus. Finally, you'll learn how to create data cleaning and transformation functions and add a hypothetical new data processing engine with Optimus. By the end of this book, you'll be able to improve your data science workflow with Optimus easily.
Table of Contents (16 chapters)
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1
Section 1: Getting Started with Optimus
4
Section 2: Optimus – Transform and Rollout
10
Section 3: Advanced Features of Optimus

Exploring Optimus data types

Data types are the soul of a dataframe: they define how a value is represented in memory and, more importantly, how much memory it will use. Every dataframe technology supported in Optimus has different data types aimed to represent specific data. The most common are numeric values, string values, and datetime values. You can find which data types are supported in each technology by going to its respective website or documentation. This information can be found in the Further reading section of this chapter.

Besides internal data representation, Optimus tries to enrich the data to give the user a better overview of how it can be wrangled. For example, when you see a column that's of the email type, internally, it is just a string column, but when the profiled is requested, it gives us feedback about how many mismatches (data points that do not match the type) are on a column. We'll talk more about the profiler later in this book.

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Data Processing with Optimus
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