Debugging embedded designs is becoming increasingly difficult as the number of observed and possible interactions between hardware and software continue to grow, and as more features are crammed into ...

Tools for debugging embedded systems range from software monitors and simulators, which are independent of the hardware under development, to custom silicon for in-circuit emulation, which replaces ...

The appeal of embedded systems is clear. A high degree of configurability, readily available commercial intellectual property (IP), and the use of well-understood and accepted protocols and bus ...

You can use Linux and still employ a methodology that includes all of the different phases of the ever-critical debugging process. A growing number of embedded developers are experimenting with the ...

The complexity associated with the development of embedded systems is increasing rapidly. For instance, it is estimated that the average complexity of software projects in the automotive industry has ...

Imagine a world without a global notion of time. Now try to find out the flight direction of an airplane with the following information: There's an e-mail from Alice that she saw the plane about two ...

Real-time system designers and embedded software developers are veryfamiliar with the tools and techniques for designing, developing anddebugging standalone or loosely coupled embedded systems. UML ...

With each turn of Moore's Law, designers at every phase in the development process are challenged with new levels of complexity. Chip designers must not only get the integrated circuit (IC) logic, ...

Embedded Linux as an operating system for modern ARM processors? Maybe not such a bad idea? Linux is a multitasking operating system and therefore, each process must be assigned its own process ...

Time and time again, there is one activity that always cannibalizes an embedded software project's financial and delivery budget: debugging. The average embedded software developer spends 20 – 40% of ...