System and method for analyzing meting behavior of an animal species
A system ( 100 ) for analyzing mating behavior of an animal species, comprising: an image-capturing device ( 110 ) configured to capture a plurality of time-successive image frames, and a processor ( 120 ), wherein the system is configured to detect and track at least one male ( 130 ) and female ( 140 ) of an animal species, register a motion pattern ( 150 ) of at least one of the tracked male and the tracked female, compare the registered motion pattern with a predetermined motion pattern ( 160 ), determine the likelihood of an action associated with a mating behavior between the tracked male and the tracked female, and, based on the determined likelihood, capture, via the image-capturing device, a set of time-successive image frames, wherein each image frame set of time-successive frame comprises at least one of the tracked male and the tracked female, and register the motion pattern as a function of the captured set of time-successive image frames.
1. A system for analyzing a mating behavior of an animal species, comprising:
at least one image-capturing device configured to capture a plurality of time-successive image frames, and
a processor,
wherein the system is configured to, via the processor,
detect at least one male of the animal species based on at least one image frame of the plurality of time successive image frames, and
detect at least one female of an animal species based on at least one image frame of the plurality of time successive image frames,
wherein the system is further configured to:
track a male of the detected at least one male of the animal species based on the at least one image frame of the animal species, track a female of the detected at least one female of the animal species based on the at least one image frame of the animal species,
register at least one motion pattern of at least one of the tracked male and the tracked female,
compare the registered at least one motion pattern with at least one predetermined motion patterns,
determine the likelihood of at least one action associated with the mating behavior between the tracked male and the tracked female based on the compare of the registered at least one motion pattern with the at least one predetermined motion patterns, and
determine the likelihood of a mating between the tracked male and the tracked female based on the determined likelihood of the at least one action associated with the mating behavior between the tracked male and the tracked female.
2. The system of claim 1 , further configured to, based on the determined likelihood of the at least one action associated with the mating behavior between the tracked male and the tracked female,
capture, via the at least one image-capturing device, at least one set of time-successive image frames, wherein each image frame of the at least one set of time-successive frames comprises at least one of the tracked male and the tracked female, and
register the at least one motion pattern as a function of the captured at least one set of time-successive image frames,
whereby the system uses the registered at least one motion pattern iteratively in the comparison with the at least one predetermined motion patterns and the subsequent likelihood determination of at least one action associated with the mating behavior between the tracked male and the tracked female.
3. The system of claim 1 , further being configured to:
register a first motion pattern of the tracked male and the tracked female,
capture, via the at least one image-capturing device, a first set of time-successive image frames, wherein each image frame of the first set of time-successive frame comprises the tracked male and the tracked female, and
compare the registered first motion pattern with a predetermined first motion pattern of a male and a female of the animal species.
4. The system of claim 3 , further being configured to:
estimate a distance between the tracked male and the tracked female as a function of time, and
register the first motion pattern of the tracked male and the tracked female based on the estimated distance between the tracked male and the tracked female as the function of time.
5. The system of claim 3 , wherein the predetermined first motion pattern comprises a circulation by a male of the animal species around a female of the animal species.
6. The system of claim 1 , further being configured to:
register a second motion pattern of the tracked male, and
capture, via the at least one image-capturing device, a second set of time-successive image frames,
wherein each image frame of the second set of time-successive frame comprises the tracked male, and compare the registered second motion pattern with a predetermined second motion pattern of a male of the animal species.
7. The system of claim 1 , further being configured to:
register a third motion pattern of the tracked female, and
capture, via the at least one image-capturing device, a third set of time-successive image frames,
wherein each image frame of the third set of time-successive frame comprises the tracked female, and compare the registered third motion pattern with a predetermined third motion pattern of a female of the animal species.
8. The system of claim 1 , further being configured to:
determine a number of the detected at least one male of the animal species,
determine a number of the detected at least one female of the animal species,
determine a ratio between the number of the detected at least one female of the animal species and the number of the detected at least one male of the animal species, and
track the male of the detected at least one male of the animal species based on the ratio.
9. The system of claim 1 , further being configured to:
detect a plurality of females of the animal species within a predetermined radius of the detected at least one male, and track the male of the detected at least one male of the animal species based on the detected plurality of females of the animal species.
10. The system of claim 1 , wherein the animal species is chicken, whereby a male of the animal species is a rooster and a female of the animal species is a hen.
11. The system of claim 1 , further comprising:
at least one audio recording device,
wherein the system is further configured to:
via the at least one audio recording device, record at least one audio input from at least one of the tracked male and the tracked female, and
register the at least one motion pattern of at least one of the tracked male and the tracked female based on the at least one audio input.
12. A system for influencing mating behavior of an animal species, comprising:
at least one image-capturing device configured to capture a plurality of time-successive image frames,
a processor, and
wherein the system is configured to, via the processor,
detect at least one male of the animal species in space based on at least one image frame of the plurality of time successive image frames, and
detect at least one female of an animal species based on at least one image frame of the plurality of time successive image frames,
wherein the system is further configured to:
track a male of the detected at least one male of the animal species based on the at least one image frame of the animal species,
track a female of the detected at least one female of the animal species based on the at least one image frame of the animal species,
register at least one motion pattern of at least one of the tracked male and the tracked female,
compare the registered at least one motion pattern with at least one predetermined motion patterns,
determine the likelihood of at least one action associated with a mating behavior between the tracked male and the tracked female based on the comparison of the registered at least one motion pattern with the at least one predetermined motion patterns, and
determine the likelihood of a mating between the tracked male and the tracked female based on the determined likelihood of the at least one action associated with the mating behavior between the tracked male and the tracked female;
at least one light-emitting device arranged to emit light in the space, wherein the system is further configured to, based on at least one of the registered at least one motion pattern and the determined likelihood,
control at least one property of the at least one light-emitting device.
13. A method for analyzing a mating behavior of an animal species using a processor, comprising:
detecting at least one male of the animal species based on at least one image frame of a plurality of time successive image frames captured by the at least one image-capturing device,
detecting at least one female of an animal species based on at least one image frame of the plurality of time successive image frames,
tracking a male of the detected at least one male of the animal species based on the at least one image frame of the animal species,
tracking a female of the detected at least one female of the animal species based on the at least one image frame of the animal species,
registering at least one motion pattern of at least one of the tracked male and the tracked female,
comparing the registered at least one motion pattern with at least one predetermined motion patterns,
determining the likelihood of at least one action associated with the mating behavior between the tracked male and the tracked female based on the comparing of the registered at least one motion pattern with the at least one predetermined motion patterns, and and
determining the likelihood of a mating between the tracked male and the tracked female based on the determined likelihood of the at least one action associated with the mating behavior between the tracked male and the tracked female.
14. The method of claim 13 , further comprising, based on the determined likelihood of the at least one action associated with the mating behavior between the tracked male and the tracked female:
capturing at least one set of time-successive image frames, wherein each image frame of the at least one set of time-successive frame comprises at least one of the tracked male and the tracked female, and
registering the at least one motion pattern as a function of the captured at least one set of time-successive image frames, po 1 using the registered at least one motion pattern iteratively in the comparing with the at least one predetermined motion patterns and the subsequent likelihood determination of at least one action associated with the mating behavior between the tracked male and the tracked female.
15. A non-transitory computer readable medium comprising instructions executed by a computer for causing the computer to perform a method for analyzing a mating behavior of an animal species, comprises steps of:
detecting at least one male of the animal species based on at least one image frame of a plurality of time successive image frames captured by the at least one image-capturing device,
detecting at least one female of an animal species based on at least one image frame of the plurality of time successive image frames,
tracking a male of the detected at least one male of the animal species based on the at least one image frame of the animal species,
tracking a female of the detected at least one female of the animal species based on the at least one image frame of the animal species,
registering at least one motion pattern of at least one of the tracked male and the tracked female,
comparing the registered at least one motion pattern with at least one predetermined motion patterns,
determining the likelihood of at least one action associated with a mating behavior between the tracked male and the tracked female based on the comparing of the registered at least one motion pattern with the at least one predetermined motion patterns, and
determining the likelihood of a mating between the tracked male and the tracked female based on the determined likelihood of the at least one action associated with the mating behavior between the tracked male and the tracked female.