Explore the intricate design and organization of computer systems with CS241, a course dedicated to unraveling the fundamental principles and structures that underpin modern computing. Delving into the intricacies of hardware architecture and system organization, this course offers a holistic understanding of how computers function at a fundamental level.
 
Course Highlights: 
Introduction to Computer Architecture: Gain insights into the foundational concepts of computer architecture, including instruction sets, CPU design, and memory systems.
Processor Design: Dive into the architecture and organization of processors, including instruction execution, pipelining, and cache hierarchies.
Memory Systems: Understand the intricate hierarchy of memory systems, encompassing cache memories, main memory, and virtual memory management.
Input/Output Systems: Explore the design and organization of input/output systems, including buses, controllers, and peripheral devices.
Parallel Processing: Learn about the principles of parallel processing and the design considerations for multi-core architectures, SIMD, and MIMD systems.
Performance Evaluation: Master techniques for evaluating and benchmarking computer system performance, including speedup, efficiency, and scalability metrics.
Advanced Architectural Concepts: Delve into advanced topics such as instruction-level parallelism, memory consistency models, and cache coherence protocols.
Emerging Trends: Stay abreast of the latest advancements and trends in computer architecture, including heterogeneous computing, quantum computing, and neuromorphic computing.
 
Who Should Enroll:
CS241 is tailored for students pursuing degrees in computer science, computer engineering, or related fields, as well as professionals seeking to deepen their expertise in computer architecture and organization. This course is suitable for aspiring computer architects, system designers, and anyone passionate about understanding the intricate workings of computer systems.