Akademik Dersler - İçerik

Explain the fundamental structures, components, and services of operating systems
Explain the main functions and operating principles of an operating system.
Describe operating system services and their functionalities for users.
Explain the working principles of system calls.
Interpret the differences between user mode and kernel mode.
Compare monolithic, layered, and microkernel architectures.
Analyze processes and threads and apply interprocess communication mechanisms
Explain the concept of processes and the process life cycle.
Interpret the functions of process control blocks (PCB).
Compare interprocess communication methods.
Evaluate multicore programming approaches.
Analyze the advantages and disadvantages of multithreaded models.
Explain the usage areas of thread libraries.
Analyze process synchronization problems and utilize appropriate synchronization methods
Explain the critical section problem.
Analyze race condition problems.
Provide synchronization using semaphores and mutexes.
Solve classical synchronization problems.
Evaluate the effects of synchronization mechanisms on system performance.
Compare CPU scheduling algorithms and perform performance analysis
Explain CPU scheduling criteria.
Compare fundamental CPU scheduling algorithms.
Analyze the effects of scheduling algorithms on performance metrics.
Evaluate scheduling approaches used in real-time systems.
Analyze deadlock problems and evaluate solution methods
Explain the conditions required for deadlock occurrence.
Perform deadlock analysis using resource allocation graphs.
Compare deadlock prevention, avoidance, and detection methods.
Explain the working principle of the Banker’s algorithm.
Analyze memory management techniques and explain modern memory management mechanisms
Explain the concepts of main memory management.
Compare contiguous memory allocation methods.
Analyze segmentation and paging mechanisms.
Explain address translation processes.
Evaluate the operating principles of virtual memory.
Compare page replacement algorithms.
Explain stack memory structure and its purposes.
Explain the working principles of file systems and input/output systems
Explain the fundamental structures of file systems.
Explain the fundamental structures of file systems.
Compare file access methods.
Analyze disk scheduling algorithms.
Explain the operating principles of I/O hardware.
Interpret application I/O interfaces.
Explain the functions of the kernel I/O subsystem.
Compare buffering, caching, and spooling concepts.
Develop algorithmic thinking and problem-solving skills in operating systems concepts
Develop algorithmic solutions for operating systems problems.
Perform system-level performance and resource utilization analysis.
Apply operating system concepts to real-life scenarios.
Develop programming applications for fundamental operating system problems.