The paper presents a speaker identification application developed on the EVM C541 board using the CCS® (Code Composer Studio). The application represents the implementation of the TESPAR (Time Encoding Signal Processing and Recognition– proposed by R.A. King) coding method on a DSP support. The TESPAR alphabet for the coding process was obtained formerly. The speaker information contained in the utterances is extracted by TESPAR coder and provides the TESPAR-A matrices. For the identification decision the distances among the TESPAR-A test matrix and the TESPAR-A reference matrices are computed. The results of the experiments prove the high capabilities of the TESPAR method in the classification tasks noticed also in [1][2].
Cite as: Lupu, E., Pop, P.G., Patras, M. (2004) Low complexity speaker recognition system developed on the DSP TMS320C541 board. Proc. 9th Conference on Speech and Computer (SPECOM 2004), 398-402
@inproceedings{lupu04_specom,
author={Eugen Lupu and Petre G. Pop and Mircea Patras},
title={{Low complexity speaker recognition system developed on the DSP TMS320C541 board}},
year=2004,
booktitle={Proc. 9th Conference on Speech and Computer (SPECOM 2004)},
pages={398--402}
}