A framework for teaching embedded multi-core programming
Harald Schuster, Matthias Wenzl, Martin Zauner · 2012
Due to the wide application of a variety of embedded multi-core platforms it is necessary to train the skills of ongoing engineers considering parallel programming in a comprehensive way. Therefore, we present a unified approach in teaching multi-core programming in the field of embedded systems by using the reconfigurable virtual platform environment SimSoC. By utilizing a single toolset to instruct our students on heterogeneous and homogeneous multi-core architectures, we aim to increase the students productivity while acquiring knowledge in the field of embedded multi-core programming. Our approach is evaluated during a test-run of the course including a qualitative feedback returned by the attending students.