April 4, 2011 -- In a world of computers with ever increasing complexity and pervasiveness, there is an increasing need for debugging methods that can tackle system level faults, where reproducibility and observability of multiple interacting programs and subsystems can be dealt with holistically, and where in field debugging is as important as pre-deployment debugging.
In this article, Enea describes system debugging as the next step into which traditional debugging methods need to evolve in order to understand complex failure situations, by means of holistically recording and replaying software and hardware faults.
By Henrik Thane and Kristian Sandtrom. (Thane and Sandtrom are with Enea.)
This brief introduction has been excerpted from the original copyrighted article.
Keywords: embedded system design, embedded systems, computer system design, general-purpose computers, EDA, EDA tools, electronic design automation, software development tools, Enea, EE Times EDA Designline,
