A SENSORY PANEL AS COMPUTER VISION’S ELEMENT AT BREEDING ANIMALS FEEDING

Abstract

The cattle nasolabial mirror (cavum nasi) places on the facial part of the skull and forms a relief pattern on the skin is individual and unique like the human and primate fingers’ papillary lines, that can be used for livestock’s biometric identification. The nasolabial mirror’s papillary patterns leave wellmarked traces on sandy, glass, metal, plastic and anyother surface, therefore, for image’s dermascopy (expertise) during identification, and they are easily subjected to micropapillaroscopic examination, that determines the nasolabial mirror’s pattern as an identification marker. At various types of feed eating, the animal touches and steadily pushes the feed located in feeders equipped by sensory panel with a nasolabial mirror. After touching the sensory surface, a reading device of sensors, chips or boluses located directly on/in the animal's body’s connecting. The received signal-scanner to the database of a personal computer or other storage device for analysis and storage is sent. The results obtained in a available form for observation in any time interval on a PC monitor, smartphone are displayed. To optimize information flows, all components of the specification were taken into account - identification, individual or group feeders’ presence, receiving device type, IT-analysis form, output devices like smartphone, PC monitor. The specification matrix’s information flows movement with channel numbers arranged by availability ranks, built by the AI system, the output data’s forming. Simulation modeling of daily ration eating process made it possible the best animal and option for the available equipment at feeding to identify.