Methods and apparatus for delivering extended payloads with composite watermarks
Methods, apparatus, systems and articles of manufacture are disclosed for delivering extended payloads with composite watermarks. An example watermark encoder includes an first watermark embedder to embed a first watermark into a media stream in accordance with a first watermark technology, the first watermark including a first indicator bit and a first payload and a second watermark embedder to embed a second watermark into the media stream in accordance with a second watermark technology, the second watermark including a second indicator bit and a second payload, the first indicator bit and the second indicator bit to indicate whether the first payload and the second payload are to be combined when the first watermark and the second watermark are decoded.
1. A watermark decoder, comprising:
a first watermark detector to detect a first watermark in a media stream, the first watermark to be embedded in the media stream in accordance with a first watermark technology;
a second watermark detector to detect a second watermark in the media stream, the second watermark to be embedded in the media stream in accordance with a second watermark technology;
an indicator identifier to identify a first indicator in the first watermark and a second indicator in the second watermark; and
a payload combiner to combine a first payload of the first watermark and a second payload of the second watermark when the first indicator and the second indicator satisfy a first condition, the first condition satisfied when (1) the first watermark is time aligned with the second watermark and (2) the first indicator and the second indicator have a same first value.
2. The watermark decoder of claim 1 , further including a report generator to generate a media identifier based on a combination of the first payload and the second payload.
3. The watermark decoder of claim 1 , wherein the first watermark technology is associated with a first encoding schema and the second watermark technology is associated with a second encoding schema.
4. The watermark decoder of claim 3 , wherein the first encoding schema defines a first payload size of the first payload and the second encoding schema defines a second payload size of the second payload, the first payload size different than the second payload size.
5. The watermark decoder of claim 1 , wherein the first watermark technology is associated with a first frequency band and the second watermark technology is associated with a second frequency band, the first frequency band different than the second frequency band.
6. A watermark decoder comprising:
a first watermark detector to detect a first watermark in a media stream, the first watermark to be embedded in the media stream in accordance with a first watermark technology;
a second watermark detector to detect a second watermark in the media stream, the second watermark to be embedded in the media stream in accordance with a second watermark technology;
an indicator identifier to identify a first indicator in the first watermark and a second indicator in the second watermark;
a payload combiner to combine a first payload of the first watermark and a second payload of the second watermark when the first indicator and the second indicator satisfy a first condition; and
a payload bolsterer to bolster the first payload with the second payload when the first indicator and the second indicator satisfy a second condition different than the first condition.
7. A method, comprising:
detecting a first watermark in a media stream, the first watermark to be embedded in the media stream in accordance with a first watermark technology;
detecting a second watermark in the media stream, the second watermark embedded in the media stream in accordance with a second watermark technology;
identifying a first indicator in the first watermark and a second indicator in the second watermark; and
combining a first payload of the first watermark and a second payload of the second watermark when the first indicator and the second indicator satisfy a first condition, the first condition satisfied when (1) the first watermark is time aligned with the second watermark and (2) the first indicator and the second indicator have a same first value.
8. The method of claim 7 , further including generating a media identifier based on a combination of the first payload and the second payload.
9. The method of claim 7 , wherein the first watermark technology is associated with a first encoding schema and the second watermark technology is associated with a second encoding schema.
10. The method of claim 9 , wherein the first encoding schema defines a first payload size of the first payload and the second encoding schema defines a second payload size of the second payload, the first payload size different than the second payload size.
11. The method of claim 7 , wherein the first watermark technology is associated with a first frequency band and the second watermark technology is associated with a second frequency band, the first frequency band different than the second frequency band.
12. A method comprising:
detecting a first watermark in a media stream, the first watermark embedded in the media stream in accordance with a first watermark technology;
detecting a second watermark in the media stream, the second watermark embedded in the media stream in accordance with a second watermark technology;
identifying a first indicator in the first watermark and a second indicator in the second watermark; and
combining a first payload of the first watermark and a second payload of the second watermark when the first indicator and the second indicator satisfy a first condition; and
bolstering the first payload with the second payload when the first indicator and the second indicator satisfy a second condition different than the first condition.
13. A non-transitory computer readable medium comprising instructions which, when executed, cause a processor to at least:
detect a first watermark in a media stream, the first watermark to be embedded in the media stream in accordance with a first watermark technology;
detect a second watermark in the media stream, the second watermark to be embedded in the media stream in accordance with a second watermark technology;
identify a first indicator in the first watermark and a second indicator in the second watermark; and
combine a first payload of the first watermark and a second payload of the second watermark when the first indicator and the second indicator satisfy a first condition, the first condition satisfied when (1) the first watermark is time aligned with the second watermark and (2) the first indicator and the second indicator have a same first value.
14. The non-transitory computer readable medium of claim 13 , wherein the instructions, when executed, further cause the processor to generate a media identifier based on a combination of the first payload and the second payload.
15. The non-transitory computer readable medium of claim 13 , wherein the first watermark technology is associated with a first encoding schema and the second watermark technology is associated with a second encoding schema.
16. The non-transitory computer readable medium of claim 15 , wherein the first encoding schema defines a first payload size of the first payload and the second encoding schema defines a second payload size of the second payload, the first payload size different than the second payload size.
17. The non-transitory computer readable medium of claim 13 , wherein the first watermark technology is associated with a first frequency band and the second watermark technology is associated with a second frequency band, the first frequency band different than the second frequency band.
18. A non-transitory computer readable medium comprising instructions which, when executed, cause a processor to at least:
detect a first watermark in a media stream, the first watermark to be embedded in the media stream in accordance with a first watermark technology;
detect a second watermark in the media stream, the second watermark to be embedded in the media stream in accordance with a second watermark technology;
identify a first indicator in the first watermark and a second indicator in the second watermark;
combine a first payload of the first watermark and a second payload of the second watermark when the first indicator and the second indicator satisfy a first condition; and
bolster the first payload with the second payload when the first indicator and the second indicator satisfy a second condition different than the first condition.