Matlab simulation for Reduction of PAPR in OFDM

IN PROGRESS
Bids
5
Avg Bid (USD)
$190
Project Budget (USD)
$30 - $250

Project Description:
Want a Matlab simuation (with Simulink and code description) for the following research paper. I want this project to be completed before 18th April 2012 (2 days development time will be given) so only serious candidates apply.

Reduction of Peak to Average Power Ratio (PAPR) in Orthogonal Frequency Division Multiplexing (OFDM) is investigated here. Clipping can be performed in two ways– one is to clip the complex envelopes of OFDM signal and the other is to clip the Inphase (I-signal) and Quadrature phase (Qsignal) independently. The detailed investigation concerning the PAPR reduction and Complementary Cumulative Distribution Function (CCDF) of both the techniques is made. A novel approach based on clipping and amplification is introduced as a mean for reducing PAPR in OFDM signal. Our Proposed scheme combines the effect of clipping the peak signals and amplifying the signals that have low amplitude of OFDM signal, hence the name Clipping and Amplification method. The method is then simulated and detailed comparisons in terms of PAPR reduction with other methods are made. Comparison among different M-array modulation techniques is made to draw the conclusion for the best suited modulation technique for OFDM in terms of PAPR reduction. Finally, relations among PAPR, threshold of clipping, threshold of amplification and CCDF are established. Results show that our proposed approach gives better performance than clipping method at the expense of increased CCDF.

Skills required:
Matlab & Mathematica
About the employer:
Verified
Public Clarification Board
Bids are hidden by the project creator. Log in as the employer to view bids or to bid on this project.
You will not be able to bid on this project if you are not qualified in one of the job categories. To see your qualifications click here.


Hire RfPhD
$ 300
in 20 days
Hire hmramezani
$ 150
in 3 days
$ 100
in 1 days
Hire Sheikh0
$ 150
in 2 days
Hire DCn0E6eT9
$ 250
in 1 days