Single carrier/multi carrier community receiver

A method for processing a received signal received by a single carrier/multi carrier community receiver, comprising:

• generating a frequency-domain signal by executing a first discrete Fourier transform on the received signal;
• generating a first equalized frequency-domain signal by executing a first equalizing process on the frequency-domain signal;
• compensating the first equalized frequency-domain signal to generate a second equalized frequency-domain signal;
• generating an equalized time-domain signal by executing an inverse discrete Fourier transform according to the second equalized frequency-domain signal;
• and
• generating a sliced time-domain signal by executing a slicing process according to the equalized time-domain signal;
• wherein the step of compensating the first equalized frequency-domain signal comprises compensating the first equalized frequency-domain signal to generate the second equalized frequency-domain signal according to the sliced time-domain signal.

A single carrier/multi carrier community receiver, comprising:

• a first discrete Fourier transform unit, for generating a frequency-domain signal by executing a discrete Fourier transform on a signal received by the single carrier/multi carrier community receiver;
• a first frequency-domain equalizer, coupled to the first discrete Fourier transform unit, for generating an equalized frequency-domain signal by executing a first equalizing process on the frequency-domain signal;
• an inverse discrete Fourier transform unit, coupled to the first frequency-domain equalizer, for generating a first equalized time-domain signal by executing an inverse discrete Fourier transform according to the equalized frequency-domain signal;
• a compensation circuit, coupled to the inverse discrete Fourier transform unit, for compensating the first equalized time-domain signal to generate a second equalized time-domain signal;
• and
• a slicer, coupled to the compensating circuit , for generating a sliced time-domain signal by executing a slicing process according to the second equalized time-domain signal;
• wherein the compensating circuit compensates the first equalized time-domain signal to generate the second equalized time-domain signal according to the sliced time-domain signal.

A method for processing a received signal received by a single carrier/multi carrier community receiver, comprising:

• generating a frequency-domain signal by executing a discrete Fourier transform on the received signal;
• generating an equalized frequency-domain signal by executing a first equalizing process on the frequency-domain signal;
• generating a first equalized time-domain signal by executing an inverse discrete Fourier transform according to the equalized frequency-domain signal;
• compensating the first equalized time-domain signal to generate a second equalized time-domain signal;
• and
• generating a sliced time-domain signal by executing a slicing process according to the second equalized time-domain signal;
• wherein the step of compensating the first equalized time-domain signal comprises compensating the first equalized time-domain signal to generate the second equalized time-domain signal according to the sliced time-domain signal.