Understanding of process states, creation, scheduling, synchronization, and communication.
See NotesConcepts such as virtual memory, paging, segmentation, memory allocation, and deallocation.
See NotesKnowledge of file system organization, file operations, directory structures, and file system implementation.
See NotesUnderstanding of I/O devices, device drivers, interrupt handling, and I/O scheduling algorithms.
See NotesFamiliarity with concurrency issues, mutual exclusion, semaphores, monitors, and deadlock prevention/avoidance.
See NotesKnowledge of scheduling algorithms (e.g., FCFS, SJF, Round Robin) and their characteristics.
See NotesUnderstanding of deadlock detection, prevention, avoidance, and recovery strategies.
See NotesConcepts like authentication, authorization, access control, encryption, and security policies.
See NotesTechniques for coordinating multiple processes or threads to ensure data consistency and avoid race conditions.
See NotesUnderstanding of system calls, libraries, and APIs provided by the operating system for application development.
See NotesKnowledge of data structures and algorithms used in the operating system kernel for efficient resource management.
See NotesUnderstanding of virtualization technologies, hypervisors, and containerization for resource isolation and management.
See NotesConcepts such as device drivers, I/O control, interrupt handling, and device allocation strategies.
See NotesFamiliarity with distributed computing concepts, communication protocols, and distributed file systems.
See NotesTechniques for improving system performance, such as caching, prefetching, and tuning system parameters.
See Notes