OFDM and PAPR - Repost - open to bidding

Hi I'm expert in this topic. I have done many projects on papr. plz ping me to discuss more about the project . thanks .

Hi, My Background: Manager, Designs. Digital Signal Processing Expert. I've worked on WiMAX 802.16D Communication system that implemented all the mentioned modulation techniques. As part of simulations, we had to test the BER, PAPR etc. in MATLAB and Simulink to make the performance report. Please look at my profile for my complete work and my portfolio for some sample images. Since you already have the code for BPSK, it will be faster for me to use that as a base to implement the rest (i'm hoping that the previous implementation is bug free and works fine). Feel free to ask any questions you have. Thanks for your time and consideration. Best Regards, Venkat

i have done several projects on these techniques, kindly open chat to discuss further. <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>

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i know matlab programming with BPSK QPSK ver well. I am master student of communication enginnering in korea.

I have experience with OFDM and digital modulation simulations in academic research. I plain to use code for digital modulation that i have in my base data to develope this project. Thank you!

Hello, my name is Leopoldo and I’m an Electronic Engineer from Argentina who specializes in digital signal processing. Through my career I have worked with DSP in audio signals for more than 3 years developing active noise control systems for car interiors. I have developed physical systems simulations in Matlab and I have extensive experience programming Microchip PIC, ARM and DSP in C, C++ and Assembly Language. I worked in applications with PIC16F84 and PIC16F87, implemented transient memory systems with LPC2148, carried out audio processing with DSP 56F8037 and developed active noise control systems with DSP MSC7116. Furthermore I extended my experience in signal processing working in the telecommunications industry, developing a wide variety of adaptive equalizers in time and frequency domain for high speed communications systems. I developed fiber optics models and channel equalization, focusing on algorithm and architectural optimizations for reducing computational load and power consumption. Programming was carried out in Matlab, C, C++ and Python languages. I am very passionate about my work, and I believe good communication and compromise to goals is the key to ensure my clients satisfaction. I look forward to hearing back from you and hope we can work together. Kind regards, Leopoldo Budde

For 8 years, helping PG and PhD scholars for their projects and publishing them in the domain of Signal and Image Processing and Communication Systems using MATLAB and LabView

A proposal has not yet been provided