Courses/Computer Science/CPSC 457.W2012
Principles of Operating Systems (Winter 2012)
The course overview page is located at: http://pages.cpsc.ucalgary.ca/~locasto/teaching/2012/CPSC457/
This course is a curiosity-driven cross-layer introduction to the principles and design decisions reflected in modern commodity operating systems with a special focus on the Linux/x86 platform to ground the discussion in real technical detail.
The university calendar entry for CPSC457 describes the course as:
"An introduction to operating systems principles. Performance measurement; concurrent programs; the management of information, memory and processor resources. Prerequisite(s): Computer Science 319 or 331 and one of Computer Science 325 or Computer Engineering 369."
How This Class is Taught
- Curiosity - This class is driven by seemingly simple questions about what a computer system is in a practical sense. This is not an anatomy-style class where you memorize charts and pictures drawn by other people. It's a hands-on exploration of what makes digital hardware actually do interesting things for us.
- Cross-layer - layers of abstraction become boundaries of competence. This class deliberately bridges the semantic gap to give multiple aspects of the same concept, component, or primitive.
- Learning through failure modes - what we do to systems to break them (out of curiosity, ignorance, or malice) can teach us a great deal. Stretching and abusing a system's limits and normal modes of operation helps outline the boundaries of (in this case, OS) concepts more clearly.
Although this courses focuses on Linux, it is not about Linux per se; we simply demonstrate abstract OS concepts relative to a mature, real-world, and complex piece of software.
Announcments, Policies, and Metadata
This section includes the syllabus, textbooks, course policies, grading scheme, midterm and file exam policies, and submission instructions.
This section enumerates the homework assignments.
Please see the University Academic Calendar for important add/drop dates, holidays, etc.
This section contains the class session notes.
Here is the (tentative) schedule of tutorial topics.
OS Research Reviews
Links & Miscellaneous Resources
There is also a wiki page available for recording common compiler errors, warnings, and other error messages; the intent is to create a list of these with their common resolution or solution.
Things We Won't Cover
- A full treatment of the Linux kernel networking architecture
- Virtualization support
- A full consideration of multiprocessor architectures and machines (we only touch on this in the context of concurrency and synchronization)
- Advanced I/O architectures and multimedia
- cluster computing
- other operating systems like Windows, OS X, GNU Hurd, or Minix