By Paolo Ienne, Rainer Leupers
Customizable processors were defined because the subsequent typical step within the evolution of the microprocessor company: a step within the lifetime of a brand new know-how the place most sensible functionality by myself isn't any longer enough to assure industry luck. different components develop into basic, corresponding to time to marketplace, comfort, power potency, and straightforwardness of customization.This e-book is the 1st to discover comprehensively probably the most primary developments which emerged within the final decade: to regard processors no longer as inflexible, mounted entities, which designers comprise "as is" of their items; yet relatively, to construct sound methodologies to tailor-fit processors to the explicit wishes of such items. This booklet addresses the aim of keeping a truly huge relatives of processors, with quite a lot of positive aspects, at a value equivalent to that of preserving a unmarried processor.
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Extra info for Customizable Embedded Processors: Design Technologies and Applications
Importance is the design of the memory architecture. A huge collection of literature on the implementation of this algorithm exists. We refer the reader to [5–8] and to Chapter 17 of this book. As an example of a complex algorithm running at low sampling rate (left upper corner), we mention the MUSIC algorithm, which is based on the Eigenvalue decomposition. As a general rule for the classiﬁcation of the baseband algorithm, we observe from Fig. 7 that the sampling rate decreases with increasing “intelligence” of the algorithms.
With this in mind, we have assembled the many contributions in this book. 5 THIS BOOK Part I of the book deals with the motivation and the challenges of customizable processors. The next chapter, by Ascheid, Meyr, and Aachen looks at the upcoming challenges in one of the most lively domains of electronic innovation: wireless systems. The authors identify ASIPs as the key answer to the challenges and make a case for customizable processors—not without a word of caution against excessive attempts at automation.
Since the time variations of the channel are only a very small fraction of the data transmission rate, this can be advantageously exploited for implementation. 2 Heterogeneous MPSoC for Digital Receivers 25 In summary, the example has demonstrated the heterogeneity of the algorithms. Since the complete task can be separated into subtasks with simple interconnections, it can be implemented as a heterogenous MPSoC controlled by a predeﬁned, almost periodic scheduler. Example: UWB Receiver The ﬁndings are identical to the one of the previous example.