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The present paper puts its focus on the Performance Analysis of an Cascade Integrator Comb prototype Filter bank in the context of Filter Bank based Multicarrier Transmission for Cognitive radio. A benefit of the chosen technique is that, a CIC filter can be designed with a slight adjustment in parameters of interest. The entire performance of the filters designed is analyzed and evaluated by analyzing Normalized Amplitude versus Normalized Frequency plots at typical K and N values. The roll off factor plays a significant role in performance analysis of CIC filter. Whatsoever results are obtainable are presented for useful analysis to the rf design engineers working in the domain of multirate signal processing for wireless communication. An attempt on CIC Filter bank has also been  made and to ensure the acceptable performance of Modified and Enhanced FBMC, computational complexity, system delay and transmission burst length need to be minimized/reduced. A single prototype filter designed may not provide the best performance in terms of all the metrics. The effect of Stop band attenuation on the edges of Magnitude and Frequency responses has been carefully studied. Different Lp, K and M factors have been considered during simulations and the results have been compared analytically.

Performance analysis of CIC multirate filter in cognitive radio for efficient pulse shaping in wireless domain