Computer Architecture Essentials on Arm
Learn microprocessor architecture, from pipelining to superscalar processors, with hands-on simulations using Arm technology.
Learn microprocessor architecture, from pipelining to superscalar processors, with hands-on simulations using Arm technology.
Dive into the world of modern microprocessors with this comprehensive course from ArmEducationX. You'll explore the fundamental principles of computer architecture, starting with basic components and progressing to advanced concepts like pipelining, branch handling, and cache memories. The course offers a deep dive into superscalar processors and out-of-order instruction execution, providing you with a thorough understanding of how these technologies improve processor performance. Through engaging lab exercises and simulation tools, you'll bring theoretical concepts to life, gaining practical insights into microprocessor design. Real-world context is provided by Arm engineers, offering valuable perspectives on architectural decisions. This course is ideal for those with a basic understanding of computer organization and programming languages, aiming to expand their knowledge in the field of computer architecture.
4.2
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What you'll learn
Gain an appreciation for the origins and key principles of modern microprocessor design
Understand the fundamentals of pipelining and its performance benefits
Learn efficient branch handling techniques in pipelined processors
Explore the impact of memory on processor performance and the necessity of caches
Understand the organization and benefits of modern superscalar processors
Examine the advantages and challenges of out-of-order execution in superscalar processors
Skills you'll gain
This course includes:
PreRecorded video
Graded assignments, exams
Access on Mobile, Tablet, Desktop
Limited Access access
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There are 6 modules in this course
This course provides a comprehensive exploration of modern microprocessor architecture, focusing on key concepts and design principles. Starting with the basics of computer architecture, it delves into advanced topics such as pipelining, branch handling, and cache memories. The course covers the organization of superscalar processors and the benefits and challenges of out-of-order execution. Throughout the modules, learners gain insights into how these architectural elements contribute to improving processor performance. The course also includes practical lab exercises using simulation tools, allowing students to apply theoretical knowledge to real-world scenarios. By incorporating insights from Arm engineers, the course offers valuable context on architectural decisions in the industry.
The Fundamentals of Computer Design
Module 1
Pipelining
Module 2
Handling Branches
Module 3
Cache Memories
Module 4
Superscalar Processors
Module 5
Out-of-Order Execution
Module 6
Fee Structure
Instructors
1 Course
Advancing Computer Architecture Research at Cambridge
Alex W. Chadwick serves as a Research Assistant in the Computer Architecture Group at the University of Cambridge, working under the supervision of Dr. Timothy Jones. His role involves contributing to cutting-edge research in computer architecture, likely focusing on areas such as parallel computing, energy efficiency, and microarchitecture design
1 Course
Advancing Computer Architecture at Cambridge and Arm Education
Professor Timothy M. Jones is a distinguished academic at the University of Cambridge, serving as Professor of Computer Architecture and Compilation in the Computer Laboratory, Fellow and 1956 College Lecturer at Gonville and Caius College, and joint Director of Studies for Computer Science. His research focuses on extracting various forms of parallelism from applications to enhance performance, energy efficiency, and reliability in compilers, binary translators, and microarchitectures. At Arm Education, Professor Jones teaches the "Computer Architecture Essentials on Arm" course, sharing his expertise in computer architecture with a focus on Arm-based systems. Through his academic leadership, research contributions, and teaching, he plays a crucial role in shaping the future of computer science education and advancing the field of computer architecture. His work bridges theoretical computer science with practical applications in hardware and software design, contributing significantly to the development of more efficient and powerful computing systems.
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4.2 course rating
9 ratings
Frequently asked questions
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