| Course code | 5284PMCM6Y | |
| Format | Lecture course with lab sessions and workshops | |
| Curriculum | MSc Computer Science (joint degree UvA/VU) | |
| Block | 4 (Feb 3 - Mar 27, 2020) | |
| Status | Compulsory for track Parallel Computing Systems Constrained choice Programming |
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| ECTS | 6 credits | |
| Language | English | |
| Study Guide | Click here. | |
| Objectives | To develop an understanding of the opportunities, challenges and limits of parallel computing and to gain practical familiarity with state-of-the-art programming models for contemporary concurrent multi-core and many-core computing systems. |
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| Contents |
The course provides a comprehensive introduction into state-of-the-art programming models for concurrent computing systems from multi-core processors in everyday laptops to large-scale server systems and high-end accelerators. We start with instruction-level parallelism and vectorisation. Then we continue with multithreaded programming models for shared address space systems, where we look both into OpenMP compiler directives and into more low-level Posix threads before we discuss advanced topics and common pitfalls of shared memory parallel programming. In the second half of the course we focus on general-purpose graphics accelerators (GPGPUs) using NVidia's programming model CUDA and end with advanced topics such as directive-based GPU programming, Intel Xeon Phi programming and cross-architecture programming using the standard-driven OpenCL programming model. The lectures are complemented by labs where participants gain first-hand experience with the various programming models and by group discussion workshops (werkcolleges) where participants present their work and discuss their achievements with each other as well as with the lecturers and lab assistants. The course is complementary to the VU courses Programming Large-scale Parallel Systems and the corresponding project course in that it looks into node-level concurrency, whereas the VU courses focus on systems that are made up of many nodes. |
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| Lecturers | Dr Clemens Grelck (ccordinator) Dr Ana Varbanescu |
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| Assistants |
Julius Roeder Misha Mesarcik |
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| Lectures |
Mon, 15-17 Thu, 09-11 See Datanose for all details and exceptions. |
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| Labs |
Mon, 17-19 Thu, 11-13 See Datanose for all details and exceptions. |
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| Workshops |
Thu, Feb 13, 11-13, A1.28 Thu, Feb 27, 11-13, F1.02 Thu, Mar 12, 11-13, C1.110 Thu, Mar 26, 11-13, C1.112 Participation in workshops is compulsory!! |
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| Exam |
Mon, Mar 23, 13-15, C1.110 |
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| Grading |
Four bi-weekly assignments and an exam count for 20% each.
Submission of assignments is in groups of two.
The (individual) exam must be passed with a minimum grade of 5.0.
If we have reason to believe that the workload and contributions in a group are not reasonably balanced, we reserve the right to conduct individual interviews. |
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| Slides | Will be made available on Canvas after each lecture. | |
| Contents |
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| Assignments | Will be made available on Canvas. | |
| Mailing List |
The UvA mailing list PMMS2020
serves as the primary medium of communication between
lecturers and participants as well as among participants themselves.
Subscription to the mailing list is controlled and restricted to participants of the course.
Traffic on the mailing list is archived; access to the archives is restricted to participants.
Please, subscribe!!
The UvA mailing list PMMS2020-Team serves as a convenient way to reach all members of the teaching team at once. Participants of the course are permitted to post to this mailing list, but are not subscribed to it. |
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| Guest lecture | March 16: |
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Abstract: |
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Guest lecturer: |
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| Literature and Resources |
The course does not follow any specific text book.
The following list summarises a number of interesting textbooks on various
aspects of the course.
Parallel Programming in General
OpenMP
OpenACC NVidia CUDA |
Dr Clemens Grelck