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Module MAP55640: HPC SEMINARS
- Credit weighting (ECTS)
- 5 credits
- Semester/term taught
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Second Semester
- Module Co-ordinator
- Mike Peardon
- Intended Learning Outcomes
- Students who successfully complete the course should be able to:
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- Describe the difficulties often encountered in solving large-scale numerical problems on multiple compute cores.
- Write software to solve sparse linear systems that will use the MPI library to exploit multiple compute cores.
- Describe how efficient N-body simulations can be implemented on a parallel computer.
- Describe the fast fourier transform algorithm and its efficient implementation.
- Explain the multigrid method as applied to the sparse linear systems often encountered when solving partial differential equations numerically.
- Structure and Content
- This module consists of independent student research, presentations and written reports on relevant topics in High-Performance Computing. Each student will be asked to carry out an independent literature survey on a topic relevant to high-performance computing and then give a 20- minute presentation to the class summarising their findings. At the end of the semester, a report on the topic will be prepared and submitted. Appropriate research topics will be suggested at the start of each semester. Other topics are also permitted provided they are discussed with and approved by the module co-ordinators prior to the presentation.
- Pre-requisite course
- MA5633 Numerical Analysis
- Assessment Detail
- 40% continuously assessed programming assignments. 60% two-hour written examinations (April/May)
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