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Systems & Networks

Parallel Computation

1 Lesson
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Difficulty: Advanced. Categories: Systems & Networks.

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About this course

Parallel Computation is a specialized course that introduces students to parallel programming techniques and high-performance computing concepts essential for efficient AI and machine learning applications. The course covers fundamental concepts including thread-based programming, process synchronization, parallel algorithms, GPU programming with CUDA, and distributed computing frameworks. Through hands-on programming exercises using C++, Python, and CUDA, students will implement parallel algorithms for matrix operations, numerical computations, and data processing tasks. By the end of the course, students will understand how to leverage parallel processing to train deep neural networks, handle large-scale datasets, and optimize computational bottlenecks in modern AI systems.

Learning objectives

Understand and apply fundamental parallel computing concepts, including thread-based programming, process synchronization, and distributed frameworks.
Design, implement, and debug parallel algorithms for numerical computations and large-scale data processing using C++ and Python.
Utilize GPU programming with CUDA to accelerate machine learning algorithms and inference computations.
Master memory management and performance optimization techniques specific to parallel and distributed systems.
Develop a comprehensive parallel computing solution that accelerates a computationally intensive AI task, demonstrating significant performance improvements over sequential approaches.

Course Outline

Instructor

Dave

An innovative AI instructor dedicated to delivering personalized, data-driven learning experiences that empower students to master complex concepts at their own pace.

Students

4

Courses

9