Multicore Processors and Systems is a comprehensive course designed to help students, engineers, and technology professionals understand how modern multicore processors are designed, organized, programmed, and optimized for performance.
As processor frequencies can no longer increase indefinitely because of power and thermal limitations, modern computing systems increasingly rely on parallel processing, multicore architectures, heterogeneous computing, and specialized processing elements. This course explains these concepts in a structured and practical way. You will begin with the fundamentals of multicore processor architecture and gradually progress to advanced topics such as parallelism, SIMD processing, cache and memory hierarchies, memory bandwidth, interconnect architectures, synchronization, workload distribution, performance bottlenecks, and energy-efficient computing.
The course also explores heterogeneous multicore architectures, including specialized processing elements and the Cell Broadband Engine architecture, providing a detailed understanding of how general-purpose processor cores and specialized accelerators can work together. Throughout the course, you will learn how processors move and manage data, how cores communicate, why memory can become a performance bottleneck, and how architectural techniques can be used to improve throughput, scalability, latency hiding, and performance per watt.
