作業系統

This course is an advanced version of the undergraduate course "Introduction to Operating System". Generally, most topics are the same as those of the undergraduate counterpart, but we will dive deeper to explore how are those topics implemented in Linux and what is the trend or challenge for each topic. For each topic, we will revisit key concepts provided in the undergraduate OS, and then move to advanced topics, mostly from selected papers. We will also have some hands-on projects on Linux, such as playing with kernel system call and CPU scheduling.

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(tentative, subject to change without notice) midterm - 20% final - 30% paper presentations -20% hands-on projects -30% attendance, class participation, etc. - 10%

• Operating Systems a Recap

  The Big Picture

• Challenge of Operating Systems

  Non-Volatile Memory, Ultra-Low-Latency Devices

• Process & CPU Scheduling (1)

  Process, CPU Scheduling Revisited

• Process & CPU Scheduling (2)

  Multiprocessor Scheduling, Multithreading, Challenge of Context Switch

• Main Memory Management (1)

  Paging, Virtual Memory, Huge Page

• Main Memory Management (2)

  OS-Controlled Memory & Hardware-Controlled Memory Extension

• I/O Devices & Device Driver

  BIO structure, I/O Scheduler

• File System (1)

  Organization, Interface and Implementations

• File System (2)

  Advance Topics: Logging, Journaling and COW

• File System (3)

  In-Memory File System, Distributed File System

• Data Center Computing

  Cloud Computing, Map/Reduce

• Concepts of Virtualization

  Introduction to VM, Interpretation, Binary Translation

1. Linux Kernel Development (3rd Edition), by Robert Love 2. Professional Linux Kernel Architecture, by Wolfgang Mauerer 3. Top System Conference Venues: USENIX OSDI, USENIX NSDI, USENIX FAST, USENIX ATC, ACM/IEEE ISCA, IEEE MICRO, IEEE HPCA, ASPOLOS

地點

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時間

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聯絡方式

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