Data Science with Python and Dask, Video Edition

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Data Science with Python and Dask, Video Edition (Size: 1.3 GB)
  001. Part 1. The building blocks of scalable computing.en.srt 1.1 KB
  001. Part 1. The building blocks of scalable computing.mp4 1.8 MB
  002. Chapter 1. Why scalable computing matters.en.srt 27.2 KB
  002. Chapter 1. Why scalable computing matters.mp4 71.8 MB
  003. Chapter 1. Cooking with DAGs.en.srt 13.4 KB
  003. Chapter 1. Cooking with DAGs.mp4 20.2 MB
  004. Chapter 1. Scaling out, concurrency, and recovery.en.srt 22.4 KB
  004. Chapter 1. Scaling out, concurrency, and recovery.mp4 49.8 MB
  005. Chapter 1. Introducing a companion dataset.en.srt 2.7 KB
  005. Chapter 1. Introducing a companion dataset.mp4 6.7 MB
  006. Chapter 1. Summary.en.srt 1 KB
  006. Chapter 1. Summary.mp4 3.2 MB
  007. Chapter 2. Introducing Dask.en.srt 27.4 KB
  007. Chapter 2. Introducing Dask.mp4 48.9 MB
  008. Chapter 2. Visualizing DAGs.en.srt 13.6 KB
  008. Chapter 2. Visualizing DAGs.mp4 29.3 MB
  009. Chapter 2. Task scheduling.en.srt 10.4 KB
  009. Chapter 2. Task scheduling.mp4 23.6 MB
  010. Chapter 2. Summary.en.srt 716.8 B
  010. Chapter 2. Summary.mp4 1.9 MB
  011. Part 2. Working with structured data using Dask DataFrames.en.srt 2.1 KB
  011. Part 2. Working with structured data using Dask DataFrames.mp4 3.6 MB
  012. Chapter 3. Introducing Dask DataFrames.en.srt 7.7 KB
  012. Chapter 3. Introducing Dask DataFrames.mp4 16.6 MB
  013. Chapter 3. Dask and Pandas.en.srt 16.3 KB
  013. Chapter 3. Dask and Pandas.mp4 36.9 MB
  014. Chapter 3. Limitations of Dask DataFrames.en.srt 5.9 KB
  014. Chapter 3. Limitations of Dask DataFrames.mp4 13.5 MB
  015. Chapter 3. Summary.en.srt 921.6 B
  015. Chapter 3. Summary.mp4 2.3 MB
  016. Chapter 4. Loading data into DataFrames.en.srt 34.8 KB
  016. Chapter 4. Loading data into DataFrames.mp4 78 MB
  017. Chapter 4. Reading data from relational databases.en.srt 10.8 KB
  017. Chapter 4. Reading data from relational databases.mp4 19.7 MB
  018. Chapter 4. Reading data from HDFS and S3.en.srt 10.8 KB
  018. Chapter 4. Reading data from HDFS and S3.mp4 20.8 MB
  019. Chapter 4. Reading data in Parquet format.en.srt 7.7 KB
  019. Chapter 4. Reading data in Parquet format.mp4 14.9 MB
  020. Chapter 4. Summary.en.srt 614.4 B
  020. Chapter 4. Summary.mp4 1.2 MB
  021. Chapter 5. Cleaning and transforming DataFrames.en.srt 20.4 KB
  021. Chapter 5. Cleaning and transforming DataFrames.mp4 38.9 MB
  022. Chapter 5. Dealing with missing values.en.srt 13.1 KB
  022. Chapter 5. Dealing with missing values.mp4 27.7 MB
  023. Chapter 5. Recoding data.en.srt 8.7 KB
  023. Chapter 5. Recoding data.mp4 17.7 MB
  024. Chapter 5. Elementwise operations.en.srt 7.8 KB
  024. Chapter 5. Elementwise operations.mp4 16.5 MB
  025. Chapter 5. Filtering and reindexing DataFrames.en.srt 5.6 KB
  025. Chapter 5. Filtering and reindexing DataFrames.mp4 13.8 MB
  026. Chapter 5. Joining and concatenating DataFrames.en.srt 11.3 KB
  026. Chapter 5. Joining and concatenating DataFrames.mp4 21.9 MB
  027. Chapter 5. Writing data to text files and Parquet files.en.srt 6.6 KB
  027. Chapter 5. Writing data to text files and Parquet files.mp4 12.3 MB
  028. Chapter 5. Summary.en.srt 1.7 KB
  028. Chapter 5. Summary.mp4 5 MB
  029. Chapter 6. Summarizing and analyzing DataFrames.en.srt 24.6 KB
  029. Chapter 6. Summarizing and analyzing DataFrames.mp4 51.9 MB
  030. Chapter 6. Built-In aggregate functions.en.srt 20 KB
  030. Chapter 6. Built-In aggregate functions.mp4 44.2 MB
  031. Chapter 6. Custom aggregate functions.en.srt 37.9 KB
  031. Chapter 6. Custom aggregate functions.mp4 73.8 MB
  032. Chapter 6. Rolling (window) functions.en.srt 14 KB
  032. Chapter 6. Rolling (window) functions.mp4 25.1 MB
  033. Chapter 6. Summary.en.srt 1.2 KB
  033. Chapter 6. Summary.mp4 3.5 MB
  034. Chapter 7. Visualizing DataFrames with Seaborn.en.srt 15 KB
  034. Chapter 7. Visualizing DataFrames with Seaborn.mp4 29.9 MB
  035. Chapter 7. Visualizing continuous relationships with scatterplot and regplot.en.srt 13 KB
  035. Chapter 7. Visualizing continuous relationships with scatterplot and regplot.mp4 28.7 MB
  036. Chapter 7. Visualizing categorical relationships with violinplot.en.srt 9.8 KB
  036. Chapter 7. Visualizing categorical relationships with violinplot.mp4 15.9 MB
  037. Chapter 7. Visualizing two categorical relationships with heatmap.en.srt 7 KB
  037. Chapter 7. Visualizing two categorical relationships with heatmap.mp4 12.1 MB
  038. Chapter 7. Summary.en.srt 1.3 KB
  038. Chapter 7. Summary.mp4 3.6 MB
  039. Chapter 8. Visualizing location data with Datashader.en.srt 20.4 KB
  039. Chapter 8. Visualizing location data with Datashader.mp4 33 MB
  040. Chapter 8. Plotting location data as an interactive heatmap.en.srt 8 KB
  040. Chapter 8. Plotting location data as an interactive heatmap.mp4 21.5 MB
  041. Chapter 8. Summary.en.srt 921.6 B
  041. Chapter 8. Summary.mp4 2.3 MB
  042. Part 3. Extending and deploying Dask.en.srt 2 KB
  042. Part 3. Extending and deploying Dask.mp4 3.5 MB
  043. Chapter 9. Working with Bags and Arrays.en.srt 29.9 KB
  043. Chapter 9. Working with Bags and Arrays.mp4 53.2 MB
  044. Chapter 9. Transforming, filtering, and folding elements.en.srt 20 KB
  044. Chapter 9. Transforming, filtering, and folding elements.mp4 40.2 MB
  045. Chapter 9. Building Arrays and DataFrames from Bags.en.srt 5.5 KB
  045. Chapter 9. Building Arrays and DataFrames from Bags.mp4 11 MB
  046. Chapter 9. Using Bags for parallel text analysis with NLTK.en.srt 13.4 KB
  046. Chapter 9. Using Bags for parallel text analysis with NLTK.mp4 31.9 MB
  047. Chapter 9. Summary.en.srt 1.2 KB
  047. Chapter 9. Summary.mp4 3.7 MB
  048. Chapter 10. Machine learning with Dask-ML.en.srt 21.9 KB
  048. Chapter 10. Machine learning with Dask-ML.mp4 60.5 MB
  049. Chapter 10. Evaluating and tuning Dask-ML models.en.srt 16.2 KB
  049. Chapter 10. Evaluating and tuning Dask-ML models.mp4 44.3 MB
  050. Chapter 10. Persisting Dask-ML models.en.srt 5.7 KB
  050. Chapter 10. Persisting Dask-ML models.mp4 9.1 MB
  051. Chapter 10. Summary.en.srt 921.6 B
  051. Chapter 10. Summary.mp4 2.8 MB
  052. Chapter 11. Scaling and deploying Dask.en.srt 57.8 KB
  052. Chapter 11. Scaling and deploying Dask.mp4 106.4 MB
  053. Chapter 11. Running and monitoring Dask jobs on a cluster.en.srt 11.6 KB
  053. Chapter 11. Running and monitoring Dask jobs on a cluster.mp4 22.5 MB
  054. Chapter 11. Cleaning up the Dask cluster on AWS.en.srt 4.4 KB
  054. Chapter 11. Cleaning up the Dask cluster on AWS.mp4 9 MB
  055. Chapter 11. Summary.en.srt 1 KB
  055. Chapter 11. Summary.mp4 2.7 MB
  Bonus Resources.txt 102.4 B
  Get Bonus Downloads Here.url 204.8 B
  ▲ 112 total files

Description


Data Science with Python and Dask, Video Edition

https://WebToolTip.com

Released 7/2019
By Jesse Daniel
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English + subtitle | Duration: 7h 58m | Size: 1.33 GB

Dask is a native parallel analytics tool designed to integrate seamlessly with the libraries you’re already using, including Pandas, NumPy, and Scikit-Learn. With Dask you can crunch and work with huge datasets, using the tools you already have. And Data Science with Python and Dask is your guide to using Dask for your data projects without changing the way you work!

About the Technology
An efficient data pipeline means everything for the success of a data science project. Dask is a flexible library for parallel computing in Python that makes it easy to build intuitive workflows for ingesting and analyzing large, distributed datasets. Dask provides dynamic task scheduling and parallel collections that extend the functionality of NumPy, Pandas, and Scikit-learn, enabling users to scale their code from a single laptop to a cluster of hundreds of machines with ease.

About the Book
Data Science with Python and Dask teaches you to build scalable projects that can handle massive datasets. After meeting the Dask framework, you’ll analyze data in the NYC Parking Ticket database and use DataFrames to streamline your process. Then, you’ll create machine learning models using Dask-ML, build interactive visualizations, and build clusters using AWS and Docker.

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