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1.兰州理工大学 建筑与艺术设计学院/东南大学城市与建筑遗产保护教育部重点实验室(西北中心),甘肃 兰州 730050
2.烟台南山学院 艺术与设计学院,山东 烟台 265700
Received:27 January 2026,
Revised:2026-03-14,
Published:25 April 2026
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ZHANG Xinhong, WEI Bin, DONG Jianhong. Division of planar forms of traditional residences in the Hehuang region validated by CNN[J]. Journal of Northwest University (Natural Science Edition), 2026, 56(2): 431-442.
ZHANG Xinhong, WEI Bin, DONG Jianhong. Division of planar forms of traditional residences in the Hehuang region validated by CNN[J]. Journal of Northwest University (Natural Science Edition), 2026, 56(2): 431-442. DOI: 10.16152/j.cnki.xdxbzr.2026-02-018.
现有针对河湟地区传统民居平面形态的研究,存在着类型划分不一致与不完善的问题。在梳理已有研究和研判多源数据的基础上,提出一种新的类型划分体系,进而借助卷积神经网络技术对其适用性进行了对比验证。结果表明:①新建类型体系的总体识别准确率和类别簇群边界均明显优于4种已有类型体系;②二字型的加入不仅提高了L字型的识别准确率、降低了一字型的误判率,而且也显著增强了L字型、凹字型和一字型3个簇群间的语义区分度;③日字型的加入既提高了凹字型的识别准确率、降低了其被误判为回字型的概率,也强化了凹字型簇群与回字型簇群之间的语义界限,增强了各类别样本点语义特征的一致性。验证表明新建类型体系更适用于河湟地区传统民居平面形态类型的划分,这不仅为地区传统村落与传统民居的保护传承提供了理论支撑,也为其他地区开展相关研究提供了案例借鉴。
The existing research on the planar form of traditional residences in the Hehuang region presents inconsistencies and insufficiencies in type division. Based on the review of existing research and the assessment of multi-source data
a new type division system is proposed and its applicability is validated by using convolutional neural networks (CNN) technology. The results show that: ① the overall recognition accuracy and the boundary definition of clusters in the new typological system are significantly superior to those of four existing systems; ② the inclusion of "Ⅱ-shaped" not only improves the recognition accuracy for "L-shaped" and reduces the misclassification rate for "-shaped" but also significantly enhances the semantic distinctiveness between the clusters of "L-shaped"
"凹-shaped" and "Ⅰ-shaped". ③ the inclusion of "日-shaped" not only improves the recognition accuracy for "凹-shaped" forms and reduces the probability of misclassifying "凹-shaped" as "回-shaped"
but also strengthens the semantic boundaries between the "凹-shaped" and "回-shaped" clusters
enhancing the consistency of semantic features among the samples within each category. Overall
the newly established type system is more applicable to the division of types of traditional residential planar forms in the Hehuang region
providing theoretical support for the protection and inheritance of traditional villages and residences in the region
and offering case references for similar research in other areas.
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