Predicting a resultant attribute of a text file before it has been converted into an audio file
View Patent ↗An apparatus for predicting a resultant attribute of a text file before it has been converted to an audio file by a text-to-speech converter application. In accordance with an embodiment, the apparatus includes: a receiver component for receiving a text file and a request to determine a resultant attribute of the text file before it is converted to an audio file, by a text-to-speech converter component; a calculation component for determining a file type associated with the received text file and the size of the received text file; a calculation component for identifying an attribute associated with the determined file type; and a calculation component for determining from the identified attribute and the size of the received text file a resultant attribute of the text file before it is converted to an audio file by the text-to-speech converter component.
1. An apparatus comprising:
a receiver component configured to receive a text file and a request to predict a resultant attribute of an audio file to be converted from the text file by a text-to-speech converter component;
a determining component configured to determine a file type associated with the received text file and a size of the received text file;
an identifying component configured to identify an attribute associated with the determined file type; and
a predicting component configured to predict, using the identified attribute and the size of the received text file, the resultant attribute of the audio file to be converted from the text file by the text-to-speech converter component;
wherein the receiver component, the determining component, the identifying component and the predicting component each is implemented via a component selected from the group consisting of a programmed processor and a logic apparatus;
wherein the resultant attribute comprises a size of the audio file.
2. An apparatus as claimed in claim 1 , wherein the resultant attribute comprises a length of playing time of the audio file and a size of the audio file.
3. An apparatus as claimed in claim 2 , wherein the length of the playing time is in seconds and the size of the converted text file is in bytes.
4. An apparatus as claimed in claim 1 , wherein the determining component is configured to determine if the identified file type has been received on a previous occasion and in response to a negative determination to transmit the received text file to the text-to-speech converter component for converting into the audio file.
5. An apparatus as claimed in claim 4 , wherein the text-to-speech converter component is configured to determine a size of the received text file and to determine for an identified byte of text data a size of the byte of data once converted into the audio file and a playing time of the byte of data once converted into the audio file.
6. An apparatus as claimed in claim 1 , wherein the identified attribute is stored in a list of other attributes associated with other different determined file types.
7. A method comprising:
receiving a text file and a request to predict a resultant attribute of an audio file to be converted from the text file by a text-to-speech converter component;
determining a file type associated with the received text file and a size of the received text file;
identifying an attribute associated with the determined file type; and
predicting, using the identified attribute, a programmed processor, and the size of the received text file, the resultant attribute of the audio file to be converted from the text file by the text-to-speech converter component;
wherein the resultant attribute comprises a size of the audio file.
8. A method as claimed in claim 7 , wherein the resultant attribute comprises a length of playing time of the converted text file or a size of the converted text file.
9. A method as claimed in claim 8 , wherein the length of the playing time is in seconds and the size of the converted text file is in bytes.
10. A method as claimed in claim 7 , further comprising:
determining if the identified file type has been received on a previous occasion and in response to a negative determination transmitting the received text file to the text-to-speech converter component for converting into an audio file.
11. A method as claimed in claim 10 , further comprising:
determining the size of the received text file and determining for an identified byte of text data a size of the byte of data once converted into the audio file and a playing time of the byte of data once converted into the audio file.
12. A method as claimed in claim 7 , wherein the identified attribute is stored in a list of other attributes associated with other different determined file types.
13. A tangible computer readable medium encoded with computer-readable instructions that, when executed, perform a method comprising:
receiving a text file and a request to predict a resultant attribute of an audio file to be converted from the text file by a text-to-speech converter component;
determining predicting a file type associated with the received text file and a size of the received text file;
identifying an attribute associated with the determined file type; and
predicting from the identified attribute and the size of the received text file the resultant attribute of the audio file to be converted from the text file by the text-to-speech converter component;
wherein the resultant attribute comprises a size of the audio file.
14. An apparatus comprising:
a receiver component configured to receive a text file and a request to predict a resultant attribute of an audio file to be converted from the text file by a text-to-speech converter component;
a determining component configured to determine a file type associated with the received text file and a size of the received text file;
an identifying component configured to identify an attribute associated with the determined file type; and
a predicting component configured to predict, using the identified attribute and the size of the received text file, the resultant attribute of the audio file to be converted from the text file by the text-to-speech converter component;
wherein the receiver component, the determining component, the identifying component and the predicting component each is implemented via a component selected from the group consisting of a programmed processor and a logic apparatus; and
wherein the identified attribute is a ratio of, for one byte of data of the received text file, a size of the byte of data once converted to audio.
15. An apparatus, comprising:
a receiver component configured to receive a text file and a request to predict a resultant attribute of an audio file to be converted from the text file by a text-to-speech converter component;
a determining component configured to determine a file type associated with the received text file and a size of the received text file;
an identifying component configured to identify an attribute associated with the determined file type; and
a predicting component configured to predict, using the identified attribute and the size of the received text file, the resultant attribute of the audio file to be converted from the text file by the text-to-speech converter component;
wherein the receiver component, the determining component, the identifying component and the predicting component each is implemented via a component selected from the group consisting of a programmed processor and a logic apparatus; and
wherein the identified attribute is a ratio of, for a byte of data identified in the received text file, a playing time, in seconds, of the identified byte of data once converted to audio.
16. A method comprising:
receiving a text file and a request to predict a resultant attribute of an audio file to be converted from the text file by a text-to-speech converter component;
determining a file type associated with the received text file and a size of the received text file;
identifying an attribute associated with the determined file type; and
predicting, using the identified attribute, a programmed processor, and the size of the received text file, the resultant attribute of the audio file to be converted from the text file by the text-to-speech converter component;
wherein the identified attribute is a ratio of, for one byte of data of the received text file, a size of the byte of data once converted to audio.
17. A method, comprising:
receiving a text file and a request to predict a resultant attribute of an audio file to be converted from the text file by a text-to-speech converter component;
determining a file type associated with the received text file and a size of the received text file;
identifying an attribute associated with the determined file type; and
predicting, using the identified attribute, a programmed processor, and the size of the received text file, the resultant attribute of the audio file to be converted from the text file by the text-to-speech converter component;
wherein the identified attribute is a ratio of, for a byte of data identified in the received text file, a playing time, in seconds, of the identified byte of data once converted to audio.