Titlebook: Energy-Efficient Communication Processors; Design and Implement Robert Fasthuber,Francky Catthoor,Frederik Naessen Book 2013 Springer Scien

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Supplementary Schools and Their Communitiesonality, is provided in Sect. 2.3. In the Sect. 2.4–2.7, related work on design methodologies is reviewed. Related work on architectures and templates is reviewed in Sect. 2.8. Section 2.9 summarizes and concludes this chapter.

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Supplier Relationship Managementheir main differences compared to conventional approaches. Finally, Sect. 3.8 concludes this chapter. This chapter also includes an appendix which shows the concepts/ideas of the proposed back-end semi-custom design approach.

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Background and Related Work,onality, is provided in Sect. 2.3. In the Sect. 2.4–2.7, related work on design methodologies is reviewed. Related work on architectures and templates is reviewed in Sect. 2.8. Section 2.9 summarizes and concludes this chapter.

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The Proposed DSIP Architecture Template for the Wireless Communication Domain,heir main differences compared to conventional approaches. Finally, Sect. 3.8 concludes this chapter. This chapter also includes an appendix which shows the concepts/ideas of the proposed back-end semi-custom design approach.

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Case Study 2: DSIP Architecture Instances for FIR Filtering,erences and to other programmable implementations. Finally, Sect.?5.7 concludes this chapter. This chapter also includes an appendix which shows preliminary experimental results that were obtained by applying the proposed back-end semi-custom design approach (see appendix of Chap.?3).

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Case Study 3: DSIP Architecture Instance for FFT Computation,e mapping and hardware implementation results are given in Sect.?6.5. Section 6.6 compares the results to Application Specific Integrated Circuit (ASIC) and processor implementations from literature. Finally, Sect.?6.7 concludes this chapter.

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Front-End Design Flow: Bridging the Algorithm-Architecture Gap,posed design flow is applied to obtain the architecture instance for case study 1, i.e. the Multiple Input Multiple Output (MIMO) detector. The design of the Finite Impulse Response (FIR) filter architecture instances, i.e. case study 2, is shown in Sect.?7.4. Finally, Sect.?7.5 concludes this chapt