Multistage self-excited linear predictive speech coder
J.I. Lee, C.K. Un
Abstract
J.I. Lee, C.K. Un
Abstract
We present an approach to low-rate speech coding based on multistage self-excited linear prediction (SELP). The coder has much lower complexity than a code-excited linear prediction (CELP) coder, but yields comparable output speech quality at the same transmission rate. In the proposed multistage SELP coder, the long-term predictor is modified to model better the onset of a voiced section of speech or voice with high pitch.
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We present an approach to low-rate speech coding based on multistage self-excited linear prediction (SELP). The coder has much lower complexity than a code-excited linear prediction (CELP) coder, but yields comparable output speech quality at the same transmission rate. In the proposed multistage SELP coder, the long-term predictor is modified to model better the onset of a voiced section of speech or voice with high pitch.
Key concepts: Code-excited linear prediction, Linear predictive coding, Vector sum excited linear prediction, Speech coding, Linear prediction, Speech recognition, Computer science, Harmonic Vector Excitation Coding