By Prof K M Bhurchandi, Prof A K Ray
The 3rd variation of this renowned textual content keeps integrating easy recommendations, thought, layout and real-life functions on the topic of the topic know-how, to let holistic figuring out of the innovations. The chapters are brought in song with the conceptual movement of the topic with in-depth dialogue of techniques utilizing first-class interfacing and programming examples in meeting language eatures: up to date with the most important themes like ARM structure, Serial communique commonplace USB New and up to date chapters explaining 8051 Microcontrollers, guideline set and Peripheral Interfacing besides Project(s) layout most up-to-date real-life purposes like difficult drives, CDs, DVDs, Blue Ray Drives
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Extra info for Advanced Microprocessors and Peripherals 3e
The same holds for the start-up state of individual bit-cells in a RAM. As such, when the same silicon implementation is powered up multiple times, this very likely results in different initial states. The reason why these implementations still function correctly despite their different initial states, is because they are designed to respond to the application of a reset input symbol to their input. 2 Complicating Factors for Debugging 33 for this purpose. Asserting this reset input forces the state of the building block to its initial state s 0 .
Spatially and temporally localized. Overall, we see that this post-silicon debug process imposes the following five requirements on the debug infrastructure. DR-1: Internal Observability The debug engineer has to be able to observe the internal signals of the silicon implementation and of the reference implementation. DR-2: Execution Control The debug engineer has to be able to control the execution of the silicon implementation and of the reference implementation to reproduce the faulty behavior.
In Part V, we discuss related work in Chap. 9 and present conclusions and future work in Chap. 10. 6 Book Contributions In this book we make the following contributions to the state-of-the-art in post-silicon SOC debug: • We capture the commonly-used post-silicon debug practices in one generic postsilicon debug process and derive its four key debug requirements . • We identify nine factors that complicate the debugging of a silicon SOC implementation using the debug process in Fig. 12 [11, 28, 29, 32].
Advanced Microprocessors and Peripherals 3e by Prof K M Bhurchandi, Prof A K Ray