- Explain the key principles behind the organisation and operation of a typical general-purpose operating system
- Explain how process, memory and file management algorithms and data structures work
- Select and apply appropriate security and protection mechanisms
An operating system performs two main tasks. Firstly, it provides a simplified, logical view of a computer where the quirks of particular hardware devices and the intricacies of their use are hidden behind consistent software interfaces.
Secondly, it manages the resources offered by a computer, making sure that, if there are several active users, they get their fair share of the CPU, memory, storage and peripherals. Even if there is only one user, they may be running several programs at once and the operating system will manage the competing demands from each program.
The operating system also provides several powerful, simplifying views of aspects of the computer such as files, folders and processes, none of which actually exists.
- Overview of operating systems
- Operating system principles
- Concurrency and synchronisation
- Scheduling and dispatch
- Memory management
- Security and protection
- File systems
- Interaction and network communication
Delivery and assessment
14 half-day sessions will be regularly spaced across Year 1. Within each half day session, there will be a mix of lecture, tutorial and practical activity.
Assessment is 50% coursework and 50% examination for this module.
A level: AAB (STEM subjects preferred)
IB: 36 points (STEM subjects preferred), with a minimum of 4 in English
Degree of Bachelor of Science (BSc)
3 years full time (30 weeks per academic year)
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How to apply Undergraduate admissions
*This information is applicable for 2018 entry.