Week 1 - Introduction to computer systems.
• Introduction and overview of the course
• Principles for designing computer systems
• Overview of computer system hardware and software
Week 2 - Process management and CPU virtualization
• Process abstraction and process management in operating systems
• Threads and concurrency
• Virtual machines and containers
Week 3 - Memory management
• Memory management in operating systems
• Virtual memory and paging
• Optimizing memory access in user programs
Week 4 - Disk and network I/O
• Filesystem data structures and implementation
• Synchronous and event-driven APIs for socket-based network communication
• Network I/O subsystem in operating systems
Week 5 - Computer networking
• Architecture of the Internet
• Internet routing, transport and applications
• Network security
Week 6 - End-to-end application design
• Inter-process and inter-thread synchronization
• Architecture of multi-tier applications
• Case studies and examples of systems design
Week 7 - Performance engineering
• Performance measurement and analysis
• Techniques to improve performance of computer systems
• Caching, horizontal and vertical scaling, load balancing
Week 8 - Reliability engineering
• Techniques for fault tolerance in computer systems
• Replication, consistency, and atomicity
• Case studies of designing reliable computer systems
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