Kamu erişimi zorunlu olan makaleler - Farrokh JazizadehDaha fazla bilgi edinin
Hiçbir yerde sunulmuyor: 2
Collective comfort optimization in multi-occupancy environments by leveraging personal comfort models and thermal distribution patterns
F Topak, GS Pavlak, MK Pekeriçli, J Wang, F Jazizadeh
Building and Environment 239, 110401, 2023
Zorunlu olanlar: US National Science Foundation, Türkiye Bilimsel ve Teknolojik Araştırma Kurumu
Towards Light Intensity Assisted Non-Intrusive Electricity Disaggregation
J Wang, F Jazizadeh
Computing in Civil Engineering 2017, 179-186, 2017
Zorunlu olanlar: US National Science Foundation
Bir yerde sunuluyor: 25
Human-in-the-loop HVAC operations: A quantitative review on occupancy, comfort, and energy-efficiency dimensions
W Jung, F Jazizadeh
Applied Energy 239, 1471-1508, 2019
Zorunlu olanlar: US National Science Foundation
What drives our behaviors in buildings? A review on occupant interactions with building systems from the lens of behavioral theories
A Heydarian, C McIlvennie, L Arpan, S Yousefi, M Syndicus, M Schweiker, ...
Building and Environment 179, 106928, 2020
Zorunlu olanlar: US National Science Foundation, US Department of Energy, Government of Italy
Comparative assessment of HVAC control strategies using personal thermal comfort and sensitivity models
W Jung, F Jazizadeh
Building and Environment 158, 104-119, 2019
Zorunlu olanlar: US National Science Foundation
Vision-based thermal comfort quantification for HVAC control
W Jung, F Jazizadeh
Building and Environment 142, 513-523, 2018
Zorunlu olanlar: US National Science Foundation
Heat flux sensing for machine-learning-based personal thermal comfort modeling
W Jung, F Jazizadeh, TE Diller
Sensors 19 (17), 3691, 2019
Zorunlu olanlar: US National Science Foundation
Energy saving potentials of integrating personal thermal comfort models for control of building systems: Comprehensive quantification through combinatorial consideration of …
W Jung, F Jazizadeh
Applied Energy 268, 114882, 2020
Zorunlu olanlar: US National Science Foundation
EMBED: A dataset for energy monitoring through building electricity disaggregation
F Jazizadeh, M Afzalan, B Becerik-Gerber, L Soibelman
Proceedings of the Ninth International Conference on Future Energy Systems …, 2018
Zorunlu olanlar: US National Science Foundation
Mixed reality environment for learning sensing technology applications in Construction: A usability study
OR Ogunseiju, N Gonsalves, AA Akanmu, D Bairaktarova, DA Bowman, ...
Advanced Engineering Informatics 53, 101637, 2022
Zorunlu olanlar: US National Science Foundation
AI-powered virtual assistants nudging occupants for energy saving: proactive smart speakers for HVAC control
T He, F Jazizadeh, L Arpan
Building Research & Information 50 (4), 394-409, 2022
Zorunlu olanlar: US National Science Foundation
Deep-Learning for Occupancy Detection using Doppler Radar and Infrared Thermal Array Sensors
M Abedi, F Jazizadeh
The 36th International Symposium on Automation and Robotics in Construction …, 2019
Zorunlu olanlar: US National Science Foundation
Adaptive and distributed operation of HVAC systems: Energy and comfort implications of active diffusers as new adaptation capacities
F Jazizadeh, V Joshi, F Battaglia
Building and Environment 186, 107089, 2020
Zorunlu olanlar: US National Science Foundation
Towards non-intrusive metabolic rate evaluation for HVAC control
W Jung, F Jazizadeh
the 17th International Conference on Computing in Civil and Building …, 2018
Zorunlu olanlar: US National Science Foundation
Multi-Occupancy Indoor Condition Optimization in consideration of Thermal Sensitivity
W Jung, F Jazizadeh
Lecture notes in computer science, 2018
Zorunlu olanlar: US National Science Foundation
Nudging Occupants for Energy-Saving through Voice-Based Proactive Virtual Assistants
T He, F Jazizadeh
Construction Research Congress 2022, 402-411, 2022
Zorunlu olanlar: US National Science Foundation
Human-in-the-Loop Model Predictive Operation for Energy Efficient HVAC Systems
M Meimand, F Jazizadeh
Construction Research Congress 2022, 178-187, 2022
Zorunlu olanlar: US National Science Foundation
Multi-occupancy indoor thermal condition optimization in consideration of thermal sensitivity
W Jung, F Jazizadeh
Advanced Computing Strategies for Engineering: 25th EG-ICE International …, 2018
Zorunlu olanlar: US National Science Foundation
Self-configuring Event Detection for Electricity Disaggregation
F Jazizadeh, M Afzalan, J Wang
Zorunlu olanlar: US National Science Foundation
Smart thermostat data-driven US residential occupancy schedules and development of a US residential occupancy schedule simulator
W Jung, Z Wang, T Hong, F Jazizadeh
Building and Environment 243, 110628, 2023
Zorunlu olanlar: US National Science Foundation, US Department of Energy
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