What you'll learn
- Students will gain an understanding of fundamental commands in parallel computing in multi-threading and distributed computing paradigms in Julia.
- Students will be exposed to Julia's tools and packages for parallel programming.
- Students will explore common and also unusual applications of parallelism.
- Students will be able to use Multi-threading and Distributed Computing at the same time.
Requirements
- Experience with Julia language fundamental.
- Recommended some experience with parallel programming in any language.
Description
Welcome! I was waiting for you.
This course dives headfirst into the world of parallel programming.
We'll equip you with the skills to tackle problems by harnessing the power of multiple processors. Forget the tired old "pi calculation" examples – we'll explore practical applications that showcase the true potential of parallel computing.
Leveraging the JuliaHub infrastructure and its rich ecosystem of packages, we'll guide you through the core concepts with clear, concise explanations and plenty of real-world examples. We'll also equip you with performance optimization tips to ensure your code runs as efficiently as possible.
On this course, you can expect:
Practical Examples: Dive into hands-on examples that go beyond simple tasks, helping you understand and apply parallel programming concepts effectively.
JuliaHub Infrastructure: Utilize the JuliaHub platform to run and manage your computations seamlessly.
Julia Package Ecosystem: Explore and use a wide range of Julia packages that enhance your parallel programming capabilities.
Performance Tips: Learn valuable tips and techniques to optimize the performance of your parallel programs.
Focused Content: The course is designed to be straight to the point, emphasizing core messages and essential concepts to maximize your learning experience.
So, buckle up and get ready to unlock the power of parallel programming!
Who this course is for:
- Professionals who need to convert their existing code to Julia to take advantage of its parallel programming features and speed.
- Julia developers who want to explore parallel paradigms of the language
Instructor
- 4.8 Instructor Rating
- 37 Reviews
- 10,163 Students
- 3 Courses
Hi there, I’m Noel. I hold a PhD in Computational Physics and currently serve as an adjunct professor. I’m an aspiring writer, an amateur cook, and have a peculiar passion for presentations and teaching. My goal is to learn and share complex ideas, and I hope that you join in on this journey.