Talk · Procedia Computer Science · January 1, 2026
Cognitive Resilience to Thermal Stress Insafety-Critical Cleanroom Task
Zhanel Baigarayeva, Assiya Boltaboyeva, Uskenbayeva Raissa Kabievna, Жулдыз Кальпеева, Sandugash Turmakhan, Dinara Turmakhanbet
Abstract
This pilot crossover study examined how moderate heat (27–30 °C) and varying air quality affect the cognitive performance of young adults using CogniFit tasks and continuous environmental monitoring. Results showed that while warmer conditions tended to improve coordination, perception, and memory, attention remained the most vulnerable area with inconsistent results. These findings suggest that indoor microclimates can be strategically optimized for specific tasks through IoT-based automation like Home Assistant. Ultimately, the study highlights the potential for adaptive rooms to mitigate the cognitive impacts of fluctuating indoor climates.
More by Assiya Boltaboyeva
- Predicting Adverse ICU Outcomes from Admission-Time Frailty and Nocturnal Sleep Fragmentation Using Explainable AIJournal of Clinical Medicine · 2026
- Frailty-Driven Prediction of Inpatient Obstructive Sleep Apnea and Related Sleep Disorder Diagnoses Using Explainable AIBiomedicines · 2026
- Benchmarking Tabular Foundation Models and AutoML Systems in Cardiovascular Disease PredictionIEEE International Conference on Smart Information Systems and Technologies · 2026
- Causal AI Framework for Treatment Effect Estimation in Cardiovascular Disease Risk AnalysisIEEE International Conference on Smart Information Systems and Technologies · 2026