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Gilles
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I ran a number of simulations for symbol timing synchronization in the past. I used GNU Radio mainly. Now, I'm trying to do the same thing in C++. To achieve that, I need a way to introduce symbol offset to the symbols. So suppose I have a complex array of M$M$ samples acquired at a sampling rate of N$N$ samples per symbol. How do I introduce a symbol offset of say u = 100 ppm$\mu = 100 \ \rm ppm$ of the symbol time? Pseudocode, C++, or MatlabMATLAB script will suffice.

I ran a number of simulations for symbol timing synchronization in the past. I used GNU Radio mainly. Now, I'm trying to do the same thing in C++. To achieve that, I need a way to introduce symbol offset to the symbols. So suppose I have a complex array of M samples acquired at a sampling rate of N samples per symbol. How do I introduce a symbol offset of say u = 100 ppm of the symbol time? Pseudocode, C++, or Matlab script will suffice.

I ran a number of simulations for symbol timing synchronization in the past. I used GNU Radio mainly. Now, I'm trying to do the same thing in C++. To achieve that, I need a way to introduce symbol offset to the symbols. So suppose I have a complex array of $M$ samples acquired at a sampling rate of $N$ samples per symbol. How do I introduce a symbol offset of say $\mu = 100 \ \rm ppm$ of the symbol time? Pseudocode, C++, or MATLAB script will suffice.

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Symbol time offset simulation

I ran a number of simulations for symbol timing synchronization in the past. I used GNU Radio mainly. Now, I'm trying to do the same thing in C++. To achieve that, I need a way to introduce symbol offset to the symbols. So suppose I have a complex array of M samples acquired at a sampling rate of N samples per symbol. How do I introduce a symbol offset of say u = 100 ppm of the symbol time? Pseudocode, C++, or Matlab script will suffice.