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Start Over Committee Member James Freihaut Committee Member Stephen James Treado

2. ASSESSING THE MINIMUM INSTRUMENTATION TO WELL TUNE EXISTING MEDIUM SIZED OFFICE BUILDING ENERGY MODELS

open_access
Open Access
Author:
Xu, Ke
Title:
ASSESSING THE MINIMUM INSTRUMENTATION TO WELL TUNE EXISTING MEDIUM SIZED OFFICE BUILDING ENERGY MODELS
Graduate Program:
Architectural Engineering
Keywords:
Whole Building Energy Model
EnergyPlus
Office Building
Minimum Instrumentation
Sensitivity Analysis
DOE Reference Buildings
Building Energy Model Calibration
File:
Download Ke_Xu_Dissertation_1115v.pdf
Committee Members:
James Freihaut, Committee Chair/Co-Chair
William P Bahnfleth, Committee Member
Stephen James Treado, Committee Member
Jeffrey Brownson, Committee Member

4. Development of a Methodology for Auditing, Monitoring and Targeting Energy Use in Convenience Stores

open_access
Open Access
Author:
Leon Orellana, Guillermo I
Title:
Development of a Methodology for Auditing, Monitoring and Targeting Energy Use in Convenience Stores
Graduate Program:
Architectural Engineering
Keywords:
Building Energy Modeling
Convenience Stores
Energy Audit
Building Fleet Energy Monitoring
File:
Download Leon_Orellana_Guillermo_Thesis.pdf
Committee Members:
James Freihaut, Thesis Advisor/Co-Advisor
Stephen James Treado, Thesis Advisor/Co-Advisor
Seth Adam Blumsack, Thesis Advisor/Co-Advisor

5. A Multi-agent Decision Process for Controlling Heating, Ventilation, and Air-conditioning Systems

open_access
Open Access
Author:
Windham, Andrew Winsome
Title:
A Multi-agent Decision Process for Controlling Heating, Ventilation, and Air-conditioning Systems
Graduate Program:
Architectural Engineering
Keywords:
Building Automation
Multi-Agent Systems
Conditional Game Theory
HVAC
Probabilistic Graphical Models
Distributed Control
File:
Download WindhamA_DissertationFINAL.pdf
Committee Members:
Stephen James Treado, Dissertation Advisor/Co-Advisor
Stephen James Treado, Committee Chair/Co-Chair
James Freihaut, Committee Member
John Messner, Committee Member
Soundar Kumara, Committee Member

6. A Protocol-Based, Inverse-Model-Driven Methodology for Building Auditing and Forward Energy Model Formulation

open_access
Open Access
Author:
Lin, Bo
Title:
A Protocol-Based, Inverse-Model-Driven Methodology for Building Auditing and Forward Energy Model Formulation
Graduate Program:
Architectural Engineering
Keywords:
Inverse model
energy model
calibration
measurement & verification
sub-metering
variable selection
benchmark
audit
File:
Download Bo_Lin_Dissertation_Final.pdf
Committee Members:
James Freihaut, Dissertation Advisor/Co-Advisor
Chinemelu Jidenka Anumba, Committee Member
Stephen James Treado, Committee Member
Runze Li, Committee Member