5 results about "Behavioral response" patented technology

The invention discloses a local boar remote semen collection training method based on simulation human interaction, and particularly relates to the technical field of artificial auxiliary breeding, the method comprises the following steps: obtaining environment parameters, calculating a situation interaction adaptation index, and when the situation interaction adaptation index accords with a preset condition, carrying out remote semen collection on a local boar; executing a humanoid behavior path, collecting boar response data to construct behavior cognition connection indexes, inputting the two indexes into a training model to output a cognition transition prediction score, if the score is lower than a threshold value, reconstructing the behavior path and performing re-evaluation, and if the score is continuously higher than the threshold value for m times and the fluctuation of the connection indexes is smaller than a set range, triggering a real person intervention process; according to the method, quantitative evaluation of pig house environment adaptability, dynamic perception of target boar behavior response and training decision closed-loop control based on double indexes and a machine learning model are achieved, it is ensured that semen collection training is efficiently promoted under the conditions of high environment adaptability, sufficient individual response and stable cognitive trust, and the semen collection efficiency is improved. The training success rate and the intelligence level are improved.

A method of deriving an individualized calibration or relationship between two different measurable associations of pain, one of which relates to a behavioral response of an individual to a feeling of pain measured using sensory data obtained from a personal care device, the other relating to different pain response outputs, whether the response is physiological or perceived.

This invention discloses a method for predicting and evaluating urban street light and heat human factors based on multimodal behavioral coupling, belonging to the field of urban microclimate environment and human comfort assessment technology. The method includes the following specific steps: S1 Multimodal data acquisition; S2 Data preprocessing and multimodal input fusion; S3 Light-heat-human factor coupling modeling; S4 Response prediction and deep learning modeling; S5 Exposure integral index calculation; S6 Interpretable output of results; S7 Digital twin feedback and optimization. This invention is the first to deeply couple light environment factors with thermal environment factors and human behavioral responses, overcoming the limitations of traditional thermal comfort assessments that only focus on a single thermal index. By automatically extracting complex relationships through a deep learning model, it improves the accuracy and robustness of comfort prediction. Compared with methods that simply use indices such as PMV / UTCI, this invention provides more accurate predictions of subjective thermal sensation in outdoor dynamic environments, and its prediction of behavioral responses fills a gap in existing technology.

A method of determining an insecticidal mode of action of at least one substance is provided, the method comprising: exposing at least one insect to the at least one substance; obtaining behavioural response data characterising a response of the at least one insect to the at least one substance; processing the behavioural response data to identify one or more behavioural responses, wherein the one or more behavioural responses are or correspond to one or more respective phenotypes of the at least one insect; generating a behavioural fingerprint based on the one or more behavioural responses; comparing the behavioural fingerprint to a library reference; and identifying the corresponding insecticidal mode of action of the at least one substance A corresponding apparatus and system are also provided.

The present invention relates to the technical field of hearing-assisted training, and specifically to a training method and system for an panoramic sound space sound recognition model. The present invention first builds a venue to form a spatial classroom, including multiple scenes in real life; simulates and exercises disabled people in the spatial classroom to obtain simulated exercise data. Secondly, a panoramic sound space sound recognition model is constructed, including an audio information acquisition process and a spatial audio reconstruction process. Then, in the spatial classroom, the disabled person makes a behavioral response based on the scene audio generation result; based on the behavioral response, the environmental sensitivity is calculated. Finally, an environmental sensitivity threshold is set. If it is not greater than the environmental sensitivity threshold, the corresponding scene is re-simulated in the spatial classroom, and the panoramic sound space sound recognition model is retrained. The present invention can improve the comprehensive adaptability of disabled people in daily life and learning.