• Introduction, concepts, and description of operating system design and construction
• Operating system structures, services, programs and system calls
• Process management
• Scheduling and interprocess communication
• Threads, multicore programming and syntactic execution
• Process synchronization, critical regions, semaphores, watchers (synchronization tools and examples)
• Deadlock handling, deadlock recovery and avoidance methods
• Memory management (main and virtual memory), paging, page table structure, page swapping, page replacement
• Storage management, E/O operations, HDD scheduling, NVM scheduling
• RAID structure
• File systems, access methods, directory structure, protection, performance
• safety and protection

Workshop using the Linux operating system, which will be used as a development environment for C/C++ programming exercises.