Download Co-verification of hardware and software for ARM SoC design by Jason Andrews PDF

By Jason Andrews

Hardware/software co-verification is tips on how to ensure that embedded procedure software program works properly with the undefined, and that the has been adequately designed to run the software program effectively -before huge sums are spent on prototypes or production.

This is the 1st publication to use this verification strategy to the speedily starting to be box of embedded systems-on-a-chip(SoC). As conventional embedded approach layout evolves into single-chip layout, embedded engineers has to be armed with the mandatory info to make trained judgements approximately which instruments and method to install. SoC verification calls for a mixture of services from the disciplines of microprocessor and computing device structure, common sense layout and simulation, and C and meeting language embedded software program. beforehand, the suitable info on the way it all suits jointly has no longer been to be had. Andrews, a famous professional, offers in-depth information regarding how co-verification quite works, how one can be triumphant utilizing it, and pitfalls to prevent. He illustrates those ideas utilizing concrete examples with the ARM center - a expertise that has the dominant industry percentage in embedded process product layout. The significant other CD-ROM comprises all resource code utilized in the layout examples, a searchable ebook model, and important layout instruments.

* the single ebook on verification for systems-on-a-chip (SoC) at the market

* Will keep engineers and their businesses money and time through exhibiting them tips on how to accelerate the checking out procedure, whereas nonetheless warding off high priced mistakes

* layout examples use the ARM center, the dominant know-how in SoC, and the entire resource code is integrated at the accompanying CD-Rom, so engineers can simply use it of their personal designs

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Separate project teams make sense in markets where time-to-market is less critical. Staggering the project teams so that the software team is always one project behind the hardware team can be used to increase efficiency. This way, the software team always has available hardware before they start any software integration phase. Once the hardware is passed to the software engineers, the hardware engineers can go on to the next project. This structure avoids having the software engineers sitting around waiting for hardware.

The recent growth of the SoC market is a result of the natural progression in electronic design driven by increased performance (faster), higher integration (smaller) and lower cost (cheaper) products. Embedded products that started as SoB products built with an off-the-shelf microprocessor chip and other components have evolved. Over time, it became advantageous to integrate the microprocessor and the custom logic into a single device. For example, the Nokia mobile phone started as a set of discrete components for the CPU, DSP, memory and supporting hardware.

Systems with hard real-time constraints must have a guaranteed response time with potentially tragic results if these requirements are not met. Factory automation is an example of hard real-time system. If the software cannot perform specific tasks following events such as external interrupts, machines shut down or malfunction. Soft real-time systems also have constraints on response time to external events, though the penalty for failing to meet the requirements is less severe. A mobile phone is one example of a soft real-time system.

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