| KEYWORD |
Applying fuzzy-logic to support a self-user actuation in smart buildings via alerts to optimise free-running usages
keywords FUZZY LOGIC, ICT FOR BUILDING, SMART BUILDINGS
Reference persons GIACOMO CHIESA
External reference persons Potenziali referenti industriali
Research Groups EDT
Thesis type RESEARCH / EXPERIMENTAL
Description The thesis candidate will develop an alert platform to optimise the free-running use of buildings following an intelligent vision to activate users in controlling available technologies (e.g. solar shading, ventilation, ...) to guarantee multi-comfort conditions focussing on indoor and outdoor conditions (thermal, visual, IAQ comfort). The platform will be connected with existing monitoring systems and a dynamic building simulation platform (PREDYCE) to collect boundary conditions. It will include a list of states to develop and apply a fuzzy logic defining the best suggestion to be passed to users to optimise comfort conditions and reduce energy needs. The system will be tested into actual buildings and is supported by the POLITO's actions for the EU H2020 project PRELUDE (prescient building optimisation).
See also https://prelude-project.eu/
Required skills ICT background, python codying, app/web interface development, managing of databases and alerts, server supports, control logic
Notes Eventualmente si può discutere una versione più "industriale" della tesi (volendo due candidati)
Deadline 01/12/2023
PROPONI LA TUA CANDIDATURA