CITS2002 Systems Programming 1 next ¡ú CITS2002 CITS2002 schedule Introduction to multi-threaded programming Contemporary computers have the ability to execute multiple operations at the same time – or at least they appear to do so. We know from earlier lectures that operating systems address the concepts of allocating and sharing a single CPU (process scheduling) […]
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2021/10/29 ÏÂÎç6:23 CITS2002 Systems Programming, Lecture 21, CITS2002 Systems Programming CITS2002 CITS2002 schedule Systems Programming and Portability In this unit we’ve focused on system programming – understanding the interface between the operating system and application programs. Operating systems are the best examples of programs that need to be aware of hardware’s specifications and limitations, and
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NOTE: You need to solve ONLY 3 questions. You can choose any of the following. NOTE: You may solve each problem using any of the languages within the bracket. For example [C, Python] means that the solution should be in C or Python. Q1 [C, Python] Assume we have a function get_book_info(isbn) that takes a
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Question 1 Computer Systems (a) You are building a system that records student marks in an in-memory data struc- ture. It is important that the system works efficiently and correctly for multiple concurrent users. There are 2 classes of operation: recording a mark for a student and generating a report of a student’s marks. Whenever
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COMP3161/COMP9164 Supplementary Lecture Notes Abstract Machines Gabriele Keller, Liam O’Connor, Johannes ̊ ∗ October 10, 2021 1 Abstract Machines Abstract machines are a theoretical model of a calculator, typically consisting of a set of states, including initial and final states, and a set of machine operations, which manipulate the state of the machine. They are
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COMP3161/COMP9164 Supplementary Lecture Notes Imperative Programming Liam O’ ̊ October 3, 2021 The term imperative refers to programming languages that are defined as a series of commands that manipulate both the external world and internal state. The order in which commands are executed is significant in an imperative language, as the state changes over time.
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