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Shivaji University, Maharashtra, Electronics and Communication engineering Semester 6, Operating Systems Syllabus
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Unit - 1 Overview of Operating Systems
1.1 Abstract view of an operating system
1.2 Fundamental principles of OS operations
1.3 OS interaction with the computer and user programs
1.4 Efficiency system performance and user service
1.5 Multiprogramming System The Time Sharing System The Real Time Operating System Distributed operating system
1.6 Operation of OS
1.7 Operating system with monolithic structure
1.8 Virtual machine operating system
1.9 Kernel based operating system Microkernel based operating system
Unit - 2 Processes, Threads and Synchronization
2.1 Processes and programs.
2.2 Implementing processes
2.3 Threads Process synchronization
2.4 Race condition Critical Section
2.5 Synchronization approaches Classic process synchronization problems
2.6 Semaphores Monitors
2.7 Process Scheduling Scheduling terminology and concepts
2.8 Non preemptive scheduling policies Preemptive scheduling policies
2.9 Long Medium and short term scheduling
Unit - 3 Memory Management and Deadlock
3.1 What is deadlock Deadlock in resource allocation.
3.2 Handling Deadlocks Deadlock Detection and Resolution Deadlock prevention Deadlock avoidance
3.3 Managing the memory hierarchy Memory allocation to a process
3.4 Heap Management
3.5 Contiguous Memory Allocation and Non Contiguous Allocation
3.6 Segmentation and Segmentation with paging
3.7 Virtual memory basics
3.8 Demand paging and Page replacement policies
3.9 Controlling memory allocation to a processes
Unit - 4 File systems and I-O systems
4.1 Overview of file processing
4.2 Files and file operations
4.3 Fundamental files organizations and access methods
4.4 Overview of IO system IO hardware
4.5 Application IO interface
4.6 Kernel IO subsystem
4.7 Transforming IO request to hw operation
Unit - 5 Case Study
5.1 Linux Linux History Design Principles Kernel Modules Process Management Scheduling
5.2 Memory Management File Systems Input and Output
5.3 Interposes Communication
5.4 Network Structure Security
5.5 Windows 7 History Design Principles System Components Terminal Services and Fast User
5.6 Switching File System Networking Programmer Interface
Unit - 6 Real Time Operating Systems
6.1 RTOS scheduler objects scheduler services RTOS characteristics
6.2 Tasks Tasks states and scheduling synchronization communication concurrency deadlocks
6.3 Semaphores definition operations
6.4 Queue queue states queue content use of message queue in communication
6.5 Exceptions and interrupts processing of general exceptions
6.6 Memory Dynamic memory allocation fixed size memory management hardware memory management
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