This invention discloses an emotion-driven multi-region adaptive joint optimization intelligent
temperature control method for open spaces. The method includes establishing a correspondence between regions and
temperature control execution units, acquiring region state data, calculating the region's
emotional stress index and its corresponding confidence level, establishing an inter-regional influence weight matrix to obtain coupled
emotional stress indices for each region and determining influence coefficients, constructing a multi-regional joint optimization model, determining whether emotional event triggering conditions are met, solving the multi-regional joint optimization model to obtain the
optimal control vector, generating and issuing control commands, and acquiring environmental parameters and
temperature control interaction disturbance parameters after execution in the next control cycle, updating the method based on evaluation results. The beneficial effects of this invention are: it can achieve timely, coordinated, and stable temperature control in open, multi-user shared spaces, improving comfort and reducing fluctuations caused by human intervention.