From 0 to 1: Spark for Data Science with Python
From 0 to 1: Spark for Data Science with Python

From 0 to 1: Spark for Data Science with Python

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$300.00
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$300.00
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Hours of Content: 8.5

Taught by a 4 person team including 2 Stanford-educated, ex-Googlers and 2 ex-Flipkart Lead Analysts. This team has decades of practical experience in working with Java and with billions of rows of data.

Get your data to fly using Spark for analytics, machine learning, and data science

Let’s parse that.

What's Spark? If you are an analyst or a data scientist, you're used to having multiple systems for working with data. SQL, Python, R, Java, etc. With Spark, you have a single engine where you can explore and play with large amounts of data, run machine learning algorithms and then use the same system to "productionize" your code.

Analytics: Using Spark and Python you can analyze and explore your data in an interactive environment with fast feedback. The course will show how to leverage the power of RDDs and data frames to manipulate data with ease.

Machine Learning and Data Science: Spark's core functionality and built-in libraries make it easy to implement complex algorithms like Recommendations with very few lines of code. We'll cover a variety of datasets and algorithms including PageRank, MapReduce and Graph datasets.

What's Covered:

  • Music Recommendations using Alternating Least Squares and the Audioscrobbler dataset
  • Data frames and Spark SQL to work with Twitter data
  • Using the PageRank algorithm with Google web graph dataset
  • Using Spark Streaming for stream processing
  • Working with graph data using the Marvel Social network dataset

All the Spark basic and advanced features:

  • Resilient Distributed Datasets, Transformations (map, filter, flatMap), Actions (reduce, aggregate)
  • Pair RDDs , reduceByKey, combineByKey
  • Broadcast and Accumulator variables
  • Spark for MapReduce
  • The Java API for Spark
  • Spark SQL, Spark Streaming, MLlib and GraphFrames (GraphX for Python)

What are the requirements?

  • The course assumes knowledge of Python. You can write Python code directly in the PySpark shell. If you already have IPython Notebook installed, we'll show you how to configure it for Spark
  • For the Java section, we assume a basic knowledge of Java. An IDE which supports Maven, like IntelliJ IDEA/Eclipse would be helpful
  • All examples work with or without Hadoop. If you would like to use Spark with Hadoop, you'll need to have Hadoop installed (either in pseudo-distributed or cluster mode).

What am I going to get from this course?

  • Use Spark for a variety of analytics and Machine Learning tasks
  • Implement complex algorithms like PageRank or Music Recommendations
  • Work with a variety of datasets from Airline delays to Twitter, Web graphs, Social networks and Product Ratings
  • Use all the different features and libraries of Spark: RDDs, Dataframes, Spark SQL, MLlib, Spark Streaming and GraphX

What is the target audience?

  • Yep! Analysts who want to leverage Spark for analyzing interesting datasets
  • Yep! Data Scientists who want a single engine for analyzing and modeling data as well as "productionizing" it.
  • Yep! Engineers who want to use a distributed computing engine for batch or stream processing or both