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|Title:||Improved design of transmit digital and receive analog filters to combat timing jitters|
|Citation:||Yeo, S.H.,Farhang-Boroujeny, B. (1997). Improved design of transmit digital and receive analog filters to combat timing jitters. Conference Record / IEEE Global Telecommunications Conference 3 : 1206-1208. ScholarBank@NUS Repository.|
|Abstract:||This paper addresses a novel technique for designing Nyquist filters which have potential application for efficient implementation of high-speed data transmission systems. The Nyquist response is chosen to be a result of the combination of a transmit pulse-shaping filter and a receive front-end filter. We realize that in high data-rate applications, implementation of the receiver front-end filter in digital form is usually costly, because of high through-put of the system. On the other hand, the transmitter pulse-shaping filter can be efficiently implemented in a digital form using a look-up table. This point which has been noted in some previous publications is emphasized in this paper. We propose a new formulation of the problem which optimizes both the transmit and receive filters for achieving a joint minimization of noise, intersymbol interference (ISI), and adjacent channel interference (ACI), subject to a fixed transmit power. We also introduce a penalty function so that a Nyquist pulse shape with good robustness to timing jitters is achieved.|
|Source Title:||Conference Record / IEEE Global Telecommunications Conference|
|Appears in Collections:||Staff Publications|
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