Lecture 1What is an Operating System?

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Lecture 1: What is an Operating System?

What is an Operating System?

Lecture 2: Four Fundamental OS Concepts

Lecture 3: Abstractions 1: Threads and Processes

Lecture 4: Abstractions 2: Files and I/O

Lecture 5: Abstractions 3: IPC, Pipes and Sockets

Lecture 6: Synchronization 1: Concurrency and Mutual Exclusion

Lecture 6.5: Concurrency and Mutual Exclusion (Supplemental)

Lecture 7: Synchronization 2: Semaphores (Con't), Lock Implementation, Atomic Instructions

Lecture 8: Synchronization 3: Atomic Instructions (Con't), Monitors, Readers/Writers

Lecture 9: Synchronization 4: Monitors and Readers/Writers (Con't), Process Structure

Lecture 10: Scheduling 1: Concepts and Classic Policies

Lecture 11: Scheduling 2: Case Studies, Real Time, and Forward Progress

Lecture 12: Scheduling 3: Deadlock

Lecture 13: Memory 1: Address Translation and Virtual Memory

Lecture 14: Memory 2: Virtual Memory (Con't), Caching and TLBs

Lecture 15: Memory 3: Caching and TLBs (Con't), Demand Paging

Lecture 16: Memory 4: Demand Paging Policies

Lecture 17: Demand Paging (Finished), General I/O, Storage Devices

Lecture 18: General I/O (Con't), Storage Devices, Performance

Lecture 19: Filesystems 1: Performance (Con't), Queueing Theory, Filesystem Design

Lecture 20: Filesystems 2: Filesystem Design (Con't), Filesystem Case Studies

Lecture 21: Filesystems 3: Case Studies (Con't), Buffering, Reliability, and Transactions

Lecture 22: Transactions (Con't), End-to-End Arguments, Distributed Decision Making

Lecture 23: Distributed Decision Making (Con't), Networking and TCP/IP

Lecture 24: Networking and TCP/IP (Con't), RPC, Distributed File Systems

Lecture 25: Distributed Storage, NFS and AFS, Key Value Stores

Lecture 26 (Optional): Key Value Stores (Con't), Chord, DataCapsules, Quantum Computing