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OwnerAlper Tunga Erdogan, Bijit Halder +1inventors
InventorsAlper Tunga Erdogan, Bijit Halder, Tzu-Hsien Sang
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A minimum mean square error linearly constrained fast algorithm for adaptive training of a Time Domain Equalizer (MLC-TEQ) is provided. A fast adaptive algorithm of the present invention may be used to obtain Finite Impulse Response (FIR) filter coefficients for Time domain Equalizer (TEQ) used in Discrete Multitone (DMT) based applications, such as ADSL, for example. The TEQ coefficients obtained by the algorithm of the present invention shortens the overall effective discrete time channel impulse response length within a given target length (e.g., symbol prefix length for DMT application). Advantages of the proposed data aided adaptive algorithm may include providing the TEQ filter coefficients with near-optimal performance; having low computational requirements, having fast convergence, and exhibiting attractive stability properties. Other advantages may also be realized by the present invention and variations thereof.
A method for implementing a fast adaptive algorithm for obtaining finite impulse response filter coefficients for a time domain equalizer filter, the method comprising the steps of:
A system for implementing a fast adaptive algorithm for obtaining finite impulse response filter coefficients for a time domain equalizer filter, the system comprising:
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