Singing Voice Synthesis (SVS) is another distinct field of speech synthesis. Both linguistic i.e., musical and vocoder attributes (musical score) are exploited for the production of the synthesized singing voice
variance thus provide a means of discriminating between genuine and synthetic speech, such an approach is based on the full knowledge of a specific HMM-basedspeech synthesis system. The same countermeasure may thus not generalise well to other synthesisers which utilise different acoustic parameteris...
3481 A Lightweight Change Detection Method Based on Feature Interaction and Transformer for High Resolution Remote Sensing Images 10170 A LIGHTWEIGHT HYBRID MULTI-CHANNEL SPEECH EXTRACTION SYSTEM WITH DIRECTIONAL VOICE ACTIVITY DETECTION 2931 A LIGHT-WEIGHT STATE DETECTION MODEL FOR KALMAN-FILTER-BASED ACO...
[47] 2019(dl) EMO-DB LQ Emo Dataset (Custom) MFCC HMM based Voice activity detection (VAD)pre-processing Deep feedforward neural network Recognition Rate:73.6% Triantafyllopoulos et al.[36] 2019 EMODB, eNTERFACE Mozilla Common Voice database, Audio Set ComParE, eGeMAPS Speech enhancement ...
Speech synthesis can also be used to generate singing voices. In this regard, Hono et al. (2019) propose a DNN-based GAN and cGAN for singing voice synthesis. G gets score feature sequences and linguistic features as input and uses them to predict or generate acoustic features. In the fir...
By contrast, physically-based synthesis, which is less widely used in animal communication studies, reconstructs sounds based on a model of the sound production system; for example, linguists make extensive use of models of the human vocal production apparatus in generating speech sounds for playbac...
variance thus provide a means of discriminating between genuine and synthetic speech, such an approach is based on the full knowledge of a specific HMM-based speech synthesis system. The same countermeasure may thus not generalise well to other synthesisers which utilise different acoustic parameteris...
4 The main function of the larynx in speech is to provide a periodic flow waveform (called the voice or phonation) as input to the acoustic system in the production of voiced speech sounds. The voice waveform is a periodic lowpass pulse train whose fundamental frequency, usually denoted F0,...
Speech synthesis can also be used to generate singing voices. In this regard, Hono et al. (2019) propose a DNN-based GAN and cGAN for singing voice synthesis. G gets score feature sequences and linguistic features as input and uses them to predict or generate acoustic features. In the fir...
The plasticity of the expressing and singing voice is dependent on the movement of the vocal folds which is controlled accurately due to the vibration of vocal folds. The characteristics of the voice signal depend upon the resonators (Chest, Sinus, and face) of the body (Saloni et al., ...