4th WCSET-2015 at Japan
Computer Science and Electrical Engineering:
Title:
A personalized comfort sensing system based on modified
PMV Model
Authors:
Chu Chen, Chau-Yun Hsu, Tsung-Sheng Kuo, Hong-Ren Wang
Abstract: In
smart building, thermal comfort and indoor air quality
are important factors, and the real-time measurement of
comfort is practically complicated. Indoor environment
has become an important area of research because of its
influence on human health and energy consumption. In
this paper, the authors have proposed a personalized
comfort sensing system and implement the system with the
Intel Quark-based Gateway. The proposed personalized
comfort sensing system would record personal comfort
region based on modified Predicted Mean Vote (PMV)
formula and automatically provide a personalized comfort
environment for user. To record and adjust with the
objective of PMV value, implement a subjective
personalized comfort sensing system, to improve the
shortcomings of PMV formula which is for most people,
but ignore few people. This system is of great
significance in automation comfort environment control
for smart building, to implement a real smart building.
Keywords: Smart building,
thermal comfort, indoor air quality, Predicted Mean Vote
(PMV), ISO 7730, Sensor Network, Intelligent Gateway
Pages:
309-312