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2 results about "Behavioral response" patented technology
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A behavioural response. entails the actions and interactions of the person to try to maintain a balance. in the internal body system. For example a behavioural response in the. circumstances that its cold, a behavioural response would be to put on a jumper, have a hot drink or put a heater on.
Methods of determining insecticidal activity and mode of action
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.
Owner:BUGBIOME LTD
A method for urban block light-heat human factor prediction and evaluation based on multi-modal behavior coupling
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.
Owner:TIANJIN UNIV