Learning objectives
Introduction
Recap on system architectures.
Processes and Thread.
Process state, creation and termination. Thread model. Synchronization: sharing and communication. Process scheduling.
Management of resources. Deadlock
Memory management, paging, segmentation.
I/O devices, controllers, interrupts
File Systems
Unix's shell, scripting, filters.
System programming, system calls, process handling, communication (IPC), threads and FS access.
Prerequisites
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Course unit content
Introduction
Recap on system architectures.
Processes and Thread.
Process state, creation and termination. Thread model. Synchronization: sharing and communication. Process scheduling.
Management of resources. Deadlock
Memory management, paging, segmentation.
I/O devices, controllers, interrupts
File Systems
Unix's shell, scripting, filters.
System programming, system calls, process handling, communication (IPC), threads and FS access.
Full programme
Introduction
Recap on system architectures.
Processes and Thread.
Process state, creation and termination. Thread model. Synchronization: sharing and communication. Process scheduling.
Management of resources. Deadlock
Memory management, paging, segmentation.
I/O devices, controllers, interrupts
File Systems
Unix's shell, scripting, filters.
System programming, system calls, process handling, communication (IPC), threads and FS access.
Bibliography
A. Silberschatz. Operating systems. 8th Edition. Pearson.
Teaching methods
classes and lab
Assessment methods and criteria
written and oral examination
Other information
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2030 agenda goals for sustainable development
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