Method and apparatus for converting a spoken voice to a singing voice sung in the manner of a target singer
Method and apparatus for producing a record of a person's voice that stores a recording of an artist singing a song, stores a selected sequences of sounds of a person correlated with the words being sung in the song, processes the selected stored sounds so that the person's voice sounds as if the person were singing the song with the same pitch and timing as the artist singing the stored song, combines the processed selected stored sounds with the instrumental track of the song; and stores the combined processed selected stored sounds with the instrumental track of the song.
1. Method for producing a record of a person's voice comprising the steps of:
a. storing a recording of an artist singing a song;
b. storing a selected sequences of sounds of a person correlated with the words being sung in the song, wherein the selected stored sounds are spoken triphones:
c. processing the selected stored sounds so that the person's voice sounds as if the person were singing the song with the same pitch and timing as the artist singing the song as stored in step a;
d. combining the processed selected stored sounds with the instrumental track of the song; and
e. storing the combined processed selected stored sounds with the instrumental track of the song.
2. The method of claim 1 comprising the further step of replaying the combined processed selected stored sounds with the instrumental track of the song for the users appreciation.
3. The method of claim 1 wherein a tonal pitch transposition algorithm is employed to convert spoken triphones to a singing voice.
4. The method of claim 1 wherein a non-tonal pitch transposition algorithm is employed to convert spoken triphones to a singing voice.
5. The method of claim 1 wherein a filter coefficient estimation algorithm in a source-filter model is employed to enable for smooth transitions between the end of one triphone to the beginning of the next triphone.
6. Method for producing a record of a person's voice comprising the steps of:
a. recording samples of a user speaking the sounds needed to make up the lyrics of a song sung by an artist, wherein the recorded sounds are spoken triphones;
b. processing to cause the user's voice to sound to produce a synthetic vocal track as if the user were singing the song with the same pitch and timing as the artist;
c. mixing the synthetic vocal track with an instrumental recording of the song as sung by the artist to produce a combined track that sounds as if the user has replaced the original artist; and
d. storing the mixed combined track.
7. The method of claim 6 wherein a tonal pitch transposition algorithm is employed to convert spoken triphones to a singing voice.
8. The method of claim 6 wherein a non-tonal pitch transposition algorithm is employed to convert spoken triphones to a singing voice.
9. The method of claim 6 wherein a filter coefficient estimation algorithm in a source-filter model is employed to enable for smooth transitions between the end of one triphone to the beginning of the next triphone.
10. The method of claim 6 including the further step of replaying the combined track of the song for the user's appreciation.
11. Apparatus for producing a record of a person's voice comprising:
a. means for storing a recording of an artist singing a song;
b. means for storing a selected sequences of sounds of a person correlated with the words being sung in the song, wherein the selected stored sounds are spoken triphones;
c. means for processing the selected stored sounds so that the person's voice sounds as if the person were singing the song with the same pitch and timing as the artist singing the song as stored in step a;
d. means for combining the processed selected stored sounds with the instrumental track of the song; and
e. means for storing the combined processed selected stored sounds with the instrumental track of the song.
12. The apparatus of claim 11 comprising the further step of replaying the combined processed selected stored sounds with the instrumental track of the song for the user's appreciation.
13. The apparatus of claim 11 including means comprising a tonal pitch transposition algorithm for converting spoken triphones to a singing voice.
14. The apparatus of claim 11 including means comprising a non-tonal pitch transposition algorithm for converting spoken triphones to a singing voice.
15. The apparatus of claim 11 including means comprising a filter coefficient estimation algorithm in a source-filter model for enabling for smooth transitions between the end of one triphone to the beginning of the next triphone.
16. A non-transitory computer-readable medium including program instructions for storing a recording of an artist singing a song; storing a selected sequences of sounds of a person correlated with the words being sung in the song, wherein the selected stored sounds are spoken triphones; processing the selected stored sounds so that the person's voice sounds as if the person were singing the song with the same pitch and timing as the artist singing the song as stored; combining the processed selected stored sounds with the instrumental track of the song; and storing the combined processed selected stored sounds with the instrumental track of the song.