Best Practice Webinar for Multicore Programming

The Issue

With the wider adoption of multicore architectures, programmers are faced with a number of additional design challenges that come with the development of parallel programs or the parallelization of existing programs.

The Challenges

  • How to optimize performance through parallelization and how to identify potential bottle necks
  • How to test and verify parallel programs
  • How to optimize your applications for specific architectures
  • How to reuse your parallel code on different target platforms
  • How to greatly speed up your multicore development flow

The Solutions

The webinar will show you the most common techniques to parallelize your code, avoid conflicts in parallel programs and use code transformations to expose the inherent parallelism inside of your applications.

You will also learn more about our solution – the automated parallelization in emmtrix Parallel Studio.

Available date(s)

  • Tuesday, March 26, 2019, 10 am (GMT+1), duration 90 minutes. Language: German
  • Thursday, March 28, 2019, 10 am (GMT+1), duration 90 minutes. Language: English


To facilitate registration, please be as specific and comprehensive in filling in the regsitration form below.

Register now:

Your Preferred Language

Contents of the Webinar

Utilizing multicore processors to cope with customer demands
– Increased performance
– Faster response time
– Lower power consumption

Elements for successful performance assessment
– Profiling on hardware
– Software-based simulation
– Static analysis of source code

Common pitfalls in parallel programs
– Race conditions
– Synchronization between the cores
– Failure to resolve dependencies

Basic parallelization techniques
– Task level parallelization
– Task level pipelining
– Code transformations

Automated parallelization
– Automating tedious tasks
– Problems with automation

Overview of emmtrix Parallel Studio
– The automated workflow
– Interaction with the GUI
– Live demonstration

Examples from data processing and control flow applications