Download PDF by Elettra Venosa: Software Radio: Sampling Rate Selection, Design and

Design

By Elettra Venosa

ISBN-10: 1461401127

ISBN-13: 9781461401124

This publication describes the layout of software program Radio (SWR). instead of offering an outline of electronic sign processing and communications, this ebook makes a speciality of issues that are an important within the layout and improvement of a SWR, explaining them in a very easy, but certain demeanour, giving simulation effects that ascertain the effectiveness of the proposed layout. Readers will achieve in-depth wisdom of key matters to allow them to truly enforce a SWR.

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Additional info for Software Radio: Sampling Rate Selection, Design and Synchronization

Example text

Moreover the reasoning is not so trivial and such scaling needs to be analyzed carefully with reference to the two main sources of noise in the SDR receiver: • The channel, with noise wc (t) that is received by the system with the information signal; it may be confined to specific bands and be colored; • The “open band” of the ADC, with a wideband noise wADC (t) that is added to the received signal. 2 Sampling Rate Selection 21 In the following section both the noise contributions to w(t) = wc (t) + wADC (t) are specifically analyzed.

0] .. . 1 − hn [0] . . . . ... ... [0] .. . ...... 1 − hn [0] ... . .. τn < 0 .. τn > 0 0 1 l −1 0 1 l Fig. 11 Simplified equivalent discrete-time impulse response with complementary samples for τn > 0 and τn < 0 cos πr t cosine function i(t) = 1−4r2 tT2 sinc(t/T ), where 0 ≤ r ≤ 1 is the roll-off factor 1 corresponding to bandwidth 2T ≤ W ≤ T1 . In modeling the timing jitter process, we observe that τn causes a time-varying filtering effect with an impulse response hn [l] with values that sum up to one for each τn .

Rather, we want to directly find the conditions for which a fully digital receiver has the same information as an optimal analog receiver to decode s. φQ ] is structured as a consequence of sampling in terms of dimensions, rank and relations with its continuous-time counterpart; • How the noise after sampling affects the decoding process. 1. , φQ (t)} at rate fSA = 1/TSA , is called alias-free if +∞ Φp (f )Φ∗q f − n=−∞ m TSA df = F [φp (t)φq (t)]f =mfSA = 0, m = 0, ∀ p, q = 1, . 7) where Φp (f ) and Φq (f ) are the Fourier transforms of φp (t) and φq (t) respectively.

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Software Radio: Sampling Rate Selection, Design and Synchronization by Elettra Venosa


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