This video shows the difference between using one core and four cores in a highly threaded, parallelized application programmed in Visual C# 3.0 (2008). Many people say multicore CPUs are useless. Watching this video you will find out that there is a lot of power in multicore CPUs. Developers must tackle the multicore revolution to exploit multicore CPUs in new applications.
The application uses the excellent AForge.Net C# imaging library. For more information about it, visit: www.aforgenet.com
The application shown in the video is developed and explained in Chapter 12: Developing a Completely Parallelized Application.
This is the chapter's table of contents:
Joining many different parallelized pieces into a complete application
Time for action – Creating an opacity effect in an independent thread
Running code out of the UI thread
Time for action – Creating a safe method to change the opacity
Blocking the UI—Forbidden with multithreading code
Time for action – Creating a class to run a task in an independent thread
Time for action – Putting the logic into methods to simplify running tasks
in a pool of threads
Time for action – Queuing requests, running threads, and updating the UI
Combining threads with a pool of threads and the UI thread
Time for action – Creating a specialized parallel algorithm piece subclass
to run concurrently with the pool of threads
Time for action – Creating a specialized parallel algorithm coordination
subclass to run concurrently with the pool of threads
Time for action – Overriding methods in the brightness adjustment
coordination subclass
Time for action – Starting new threads in a new window
Creating threads inside other threads
Time for action – Showing new windows without blocking the user
interface
Multiple windows and one UI thread for all of them
Rationalizing multithreaded code
Summary
For more information visit: http://www.packtpub.com/beginners-guide-for-C-sharp-2008-and-2005-threaded-programming/book
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