By Michael J. Flynn, Wayne Luk
The following iteration of computing device procedure designers should be much less focused on info of processors and thoughts, and extra fascinated by the weather of a approach adapted to specific functions. those designers can have a primary wisdom of processors and different parts within the process, however the luck in their layout is dependent upon the abilities in making system-level tradeoffs that optimize the fee, functionality and different attributes to satisfy software requisites. This ebook offers a brand new therapy of machine procedure layout, rather for System-on-Chip (SOC), which addresses the problems pointed out above. It starts with a world advent, from the high-level view to the bottom universal denominator (the chip itself), then strikes directly to the 3 major construction blocks of an SOC (processor, reminiscence, and interconnect). subsequent is an summary of what makes SOC targeted (its customization skill and the purposes that force it). the ultimate bankruptcy offers destiny demanding situations for approach layout and SOC possibilities.Content:
Chapter 1 advent to the platforms method (pages 1–38):
Chapter 2 Chip fundamentals: Time, zone, strength, Reliability, and Configurability (pages 39–73):
Chapter three Processors (pages 74–122):
Chapter four reminiscence layout: System?on?Chip and Board?Based structures (pages 123–164):
Chapter five Interconnect (pages 165–207):
Chapter 6 Customization and Configurability (pages 208–245):
Chapter 7 program experiences (pages 246–284):
Chapter eight what is subsequent: demanding situations forward (pages 285–312):
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Additional resources for Computer System Design: System-on-Chip
Indd 18 5/4/2011 9:53:48 AM MEMORY AND ADDRESSING 19 The implementation of a distributed memory machine is far easier than the implementation of a shared memory machine when memory consistency and cache coherency are taken into account. However, programming a distributed memory processor can be much more difficult since the applications must be written to exploit and not to be limited by the use of message passing as the only form of communication between processor elements. On the other hand, despite the problems associated with maintaining consistency and coherency, programming a shared memory processor can take advantage of whatever communications paradigm is appropriate for a given communications requirement, and can be much easier to program.
SIMD Architectures: Array and Vector Processors The SIMD class of processor architecture includes both array and vector processors. The SIMD processor is a natural response to the use of certain regular data structures, such as vectors and matrices. From the view of an assembly-level programmer, programming SIMD architecture appears to be very similar to programming a simple processor except that some operations perform computations on aggregate data. Since these regular structures are widely used in scientific programming, the SIMD processor has been very successful in these environments.
24. 25). Depending on the complexity, designing a new chip requires a development effort of anywhere between 12 and 30 months before the first manufactured unit can be shipped. Even a moderately sized project may require up to 30 or more hardware and software engineers, CAD design, and support personnel. For instance, the paper describing the Sony Emotion Engine has 22 authors [147, 187]. However, their salary and indirect costs might represent only a fraction of the total development cost. Nonengineering fixed costs include manufacturing start-up costs, inventory costs, initial marketing and sales costs, and administrative overhead.
Computer System Design: System-on-Chip by Michael J. Flynn, Wayne Luk