绿色建筑评价中模糊评判法的权重优化

Weight Optimization of Fuzzy Evaluation Method in Evaluation of Green Building

在生态意识不断加强的当下,世界各国都异常重视可持续发展,其中最为关键性的问题又是绿色建筑。本文以绿色建筑评价的需求为着眼点,设计了一个以改进模糊评价法为基础的绿色建筑评价模型。这一模型最先借助生物优胜劣汰规则以及染色体信息交换机制来实现因素的评价,并以此为依据来优化单排序权值,之后再对其进行总排序权值的优化。并针对这一模型进行了仿真实验,实验结果表明,本文设计的评价体系在评价绿色建筑时的性能较好,摒弃额可以得出对绿色建筑的客观评价。

At the moment of the continuous strengthening of the ecological consciousness, the world countries all over the world attach great importance to sustainable development, which is the most critical issue is the green building. According to the need of green building assessment, a green building evaluation model is designed based on the improved fuzzy evaluation method. First, the model with the help of biological evolution rules, and chromosome information exchange mechanism to achieve the evaluation of factors, and on this basis to optimize the weights of single sort, then carries on the total sequencing weight optimization. According to this model, the simulation experiment results show that, the evaluation system has good performance in evaluating the green building, abandon the forehead can be concluded that the objective evaluation of green buildings.