Research On Suzhou Classical Landscape Architecture Based On Semantic Network

Suzhou classical gardens have won the unanimous recognition of many viewers for its beautiful,deep space artistic conception and exquisite and appropriate landscaping technology.Its elegant garden style and long historical context have also become China's precious cultural heritage.However,most of the existing researches on Suzhou classical gardens focus on the discussion of pure text,lacking in-depth quantitative research.How to break the pure subjective description and draw evidence through quantification is a very realistic question.This makes the interpretation of garden space more precise,more theoretical and regular.This quantitative method is not limited to the interpretation of garden space.A certain degree of organic quantitative data can also be used as identification parameters.Through human-computer interaction identification,it forms a connection with computer programs,providing a certain degree of intelligence for garden application Scientific considerations provide a certain connection basis for the needs of the current big data environment.Through a comprehensive study of the intersection of Suzhou classical garden landscaping elements and computer pattern recognition,this article combined formalized methods-semantic network modeling to quantify Suzhou classical garden landscaping techniques.The exquisite and appropriate layout of the garden space deepens the understanding of garden space construction methods,on the other hand,it also provides certain reference data for computer processing garden design and even"interactive interfaces" to meet the needs of the current big data environment.The article is mainly divided into three parts.First,based on the domestic and foreign research review,we discover the research of Suzhou classical gardens.From the composition of the space elements of Suzhou classical gardens and their fusion relationship and the development process of classical gardens,we seek the evolution process of landscape thinking.Comprehensively compare the connotation and related design vocabulary,and use the formal method-semantic network method to build a semantic network model of Suzhou classical garden landscaping method,namely:SN model,and extract a few representative Suzhou from it SN model prototypes of classical garden landscaping techniques were compared with each other to find their differences;then quantitative analysis was performed on the elements of classical garden landscaping in Suzhou and reconstructed and combined to form a quantified landscape architecture prototype.The landscaping techniques are related to each other;and the"depth of field" is quantitatively analyzed through algebraic quantification,and the intrinsic relationship of the garden space's artistic conception is enriched through the spatial function,landscaping techniques and the attributes of landscape nodes.Finally,the quantified landscaping methods and elements are connected with computer programs,and it is found that in the current human-machine interaction direction of environmental requirements,there is a human-machine interaction recognition mode suitable for the combination of garden design and computer programs.It can be used for preliminary pattern recognition,and the case simulation method of Suzhou classical garden is used as an example to verify the case simulation.Based on the summary of the above research,the reliability,limitation and possibility of future development of the quantitative method are proposed.