Titlebook: Implementing Software Defined Radio; Eugene Grayver Book 2013 Springer Science+Business Media New York 2013 Cognitive Radio.GNU Radio.Smar

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What Is a Software-Defined Radio?, the Internet. Upon closer inspection, both of these devices are actually quite flexible and support different waveforms. Looking at all the radio devices in my house, only the garage door opener and the car key fob seem to be truly fixed. With this introduction, clearly a software-defined radio’s m

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Signal Processing Devices,r functionality insoftware. For the purpose of this chapter the definition is expanded to include software-controlled radios. Flexible and programmable digital signal processing can be implemented on a wide range of devices. This chapter provides an overview of the different types of devices suitabl

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SDR Standardization,opting a particular hardware platform risky since software and firmware developed for that platform may not be portable to other hardware. SDR standards must address three different parts of a waveform life cycle.

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State-of-the-Art SDR Components,he commercially available technology at the end of 2010 and is likely to be woefully out of date by 2015. However, even if technology has advanced, many of the trends and approaches described here will remain valid for a few more years.

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Development Tools and Flows,lset and development flow strongly depends on the hardware architecture. Unique tools are required for FPGA, ASIC, or DSP implementations. Few decisions engender as much passion as the choice of tools and languages for a new development. Many developers feel almost religious attachment toward their

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