人机系统光环境质量模糊综合评价与研究

通过对影响人机系统光环境质量的诸多模糊信息和模糊因素的分析;提出了运用模糊学理论评价人机环境系统的光环境质量的方法,结合人机工程学原理,对建筑大学图书馆的照度及眩光进行评价,得出影响光环境质量的因素,并对图书馆环境质量进行二级模糊综合评判,其人机系统光环境质量介于好与一般之间.结果表明这种方法能够定性、定量地对人机系统的光环境质量进行综合评价,使“人一机一环境”系统达到和谐统一.

Fuzzy Comprehensive Evaluation and Research on the Optical Quality of the Environment of Man-machine System

A method is proposed to evaluate the quality of light conditions in the human-machine-environment system, supported by an analysis of the many fuzzy factors affecting the quality of light conditions. With the second class synthetic fuzzy method, combine with ergonomics principles, conclude the influence factors to the quality of the light environment from the illumination and glare evaluations of Shenyang Jian zhu University Library, It is evaluated in terms of its quality of light conditions, which places between/good 0 and/average 0. This shows that this method is practicable for the synthetic evaluation of the quality of light conditions in the hu-man-machine system, both qualitatively and quantitatively, and make the man-machine system achieve the harmonious unification.