Accelerating Data Science Workflows (NVIDIA) Course Overview

Accelerating Data Science Workflows (NVIDIA) Course Overview

Discover the power of GPU acceleration with our Accelerating Data Science Workflows (NVIDIA) course, designed for developers keen on speeding up their data science projects. In just 8 hours, you'll learn to build and execute end-to-end GPU-accelerated workflows that improve your productivity and efficiency.

The course covers GPU-accelerated data preparation with cuDF and Apache Arrow, machine learning tasks using XGBoost and cuML, graph analysis with cuGraph, and creating stunning data visualizations using cuXFilter. You'll apply these concepts to real-world scenarios, enabling fast data manipulation and analysis. Perfect for those in software, finance, or retail industries, this course will enhance your ability to make informed business decisions.

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Course Prerequisites

Prerequisites for the Accelerating End-to-End Data Science Workflows (NVIDIA) Course:

To ensure a successful learning experience in the Accelerating End-to-End Data Science Workflows (NVIDIA) course, participants should meet the following minimum required prerequisites:


  • Basic Knowledge of Python Programming: Understand fundamental concepts and syntax of Python programming to implement and experiment with various data science techniques.


  • Familiarity with Data Science Concepts: Have a basic understanding of key data science concepts such as data preparation, feature extraction, and machine learning algorithms.


  • Experience with Data Analysis Tools: Be comfortable using data analysis tools and libraries such as Pandas and NumPy, which will aid in transitioning to GPU-accelerated libraries like cuDF.


  • Understanding of Machine Learning: Basic knowledge of machine learning algorithms and concepts, such as supervised and unsupervised learning, as well as experience applying machine learning techniques to datasets.


Recommended (But Not Essential):

  • Experience with GPUs: Familiarity with GPU computing concepts is helpful but not required, as the course will cover the necessary GPU-accelerated data science libraries and tools.

With these prerequisites, participants will be well-prepared to leverage the power of GPU-acceler


Target Audience for Accelerating Data Science Workflows (NVIDIA)

1. Introduction: Accelerating End-to-End Data Science Workflows (NVIDIA) empowers developers to optimize data science tasks using GPU acceleration, drastically enhancing productivity and performance.


2. Job Roles and Audience:


  • Data Scientists
  • Machine Learning Engineers
  • AI Specialists
  • Data Analysts
  • Software Developers
  • Big Data Engineers
  • Business Intelligence Analysts
  • Financial Analysts
  • Retail Data Analysts
  • Customer Retention Specialists
  • Risk Management Analysts
  • IT Managers
  • Research Scientists
  • Analytics Consultants


Learning Objectives - What you will Learn in this Accelerating Data Science Workflows (NVIDIA)?

  1. Introduction The NVIDIA Accelerating End-to-End Data Science Workflows course equips developers with skills to build and execute GPU-accelerated data science workflows, enabling quick exploration, iteration, and production deployment using RAPIDS libraries.

  2. Learning Objectives and Outcomes

  • Implement GPU-accelerated data preparation and feature extraction

    • Master cuDF and Apache Arrow data frames for efficient data preparation.
  • Apply a broad spectrum of GPU-accelerated machine learning tasks

    • Utilize XGBoost and various cuML algorithms for machine learning applications.
  • Execute GPU-accelerated graph analysis

    • Achieve large-scale analytics with cuGraph, focusing on algorithms like single-source shortest path.
  • Build data visualizations

    • Create stunning visualizations using the GPU-accelerated cuXFilter.

Upon completion, participants will be able to:

  • Load, manipulate, and analyze data at accelerated speeds.
  • Conduct rapid iteration cycles to enhance productivity.
  • Deploy data science workflows for various applications, such as customer retention, risk mitigation, and purchasing behavior prediction.

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