Key facts

UNE unit code: COSC330

*You are viewing the 2027 version of this unit which may be subject to change in future.

Start
  • Trimester 2 - On Campus
  • Trimester 2 - Online
Campus
  • Armidale Campus
24/7 online support
  • Yes
Intensive schools
  • No
Supervised exam
  • Yes
Credit points
  • 6

Unit information

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Parallel and distributed computing platforms are vital to high performance computing systems as they underpin large-scale computation. Being able to develop parallelisation strategies for complex processing tasks is a key skill for computer science, engineering and mathematical modelling.

Providing in-depth coverage of software development algorithms and principles, you will be equipped to work with UNIX-based parallel and distributed computer systems.

These include UNIX processes, development of multi-threaded software and the use of system calls to manage synchronisation and inter-process communication.

Exploring principles of shared resources and mutual exclusion, you will analyse implementation strategies for developing multi-threaded and multi-process software for high-performance computation.

Constructing distributed software using Message Passing Interface (MPI), you will also write programs harnessing the computing power of graphics processing hardware.

This unit provides remote access to a range of specialised hardware for you to complete your studies.

Offerings

For further information about UNE's teaching periods, please go to Principal Dates.

Teaching period
Mode/location
Trimester 2On Campus, Armidale Campus
Trimester 2Online

*Offering is subject to availability

Intensive schools

There are no intensive schools required for this unit.

Enrolment rules

Pre-requisites
COMP280 or COSC230 or COSC250 or COSC240; or candidature in a postgraduate award
Restrictions
COMP309 or COMP509 or COSC530
Combined units

Notes

COSC330 requires a knowledge of and programming experience with a high-level language. Experience with the use of the Linux/UNIX operating system is highly recommended.

Please refer to the student handbook for current details on this unit.

Unit coordinator(s)

profile photo of Mitchell Welch
Mitchell WelchAssociate Professor of Computational Science, Computer Science - Precision Agriculture Research Group (PARG); School of Science and Technology

Learning outcomes

Upon completion of this unit, students will be able to:

  1. explain the fundamental paradigms of modern concurrent and parallel programming using appropriate terminology;
  2. analyse a given application or problem and implement a parallelisation strategy for a given parallel or distributed platform;
  3. develop software for parallel or distribute architectures; and
  4. evaluate parallel processing algorithms for speed, efficiency, and select appropriate approaches for different situations and requirements.

Assessment information

Assessments are subject to change up to 8 weeks prior to the start of the teaching period in which you are undertaking the unit.

TitleMust CompleteWeightOfferingsAssessment Notes
Assessment 1 - PracticalYes7.5%All offerings

 Programming task.

Assessment 2 - PracticalYes7.5%All offerings

 Programming task.

Development ProjectYes25%All offerings

Major project. Implementation of parallel/distributed algorithms to solve a complex problem. 

Final Examination - Assurance TaskYes60%All offerings

Final Exam.  Students must obtain 40% in this component in order to pass the unit.

There is a supervised exam at the end of the teaching period in which you are enrolled. The exam will be offered online with supervision via webcam and screen sharing technology. Coordinated by UNE Exams Unit

Learning resources

Textbooks are subject to change up to 8 weeks prior to the start of the teaching period in which you are undertaking the unit.

Note: Students are expected to purchase prescribed material. Please note that textbook requirements may vary from one teaching period to the next.

Advanced Programming in the UNIX Environment

ISBN: 9780321637734

Stevens, W.R. and Rago, S.A., Addison-Wesley 3rd ed. 2013

Text refers to: All offerings

Note: Recommended material may be held in the University Library — purchase is optional.

An Introduction to Parallel Programming

ISBN: 9780128046050

Pacheco, P., Elsevier 2nd ed. 2021

Text refers to: All offerings

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