Mobile Architecture In Cold Regions Under Guidance Of Intelligent Control

At present,the world is under a age of significant transication of in-depth transform.Among them,the crisis of land resources,environmental degradation,population over-expansion and severe energy shortages arouse people’s new thinking about future architecture.Therefore,the concept of mobile architecture has emerged.It has the advantages of mobility,adaptability and changeability,which can solve problems such as emergency reserve and disaster reduction.Therefore,it has far-reaching significance for the survival of humans and the environment.This article applies intelligent control theory to establish the target system for mobile architecture,realizing the information interaction between environment,building and users.Thus,we realize the high efficiency,low consumption and sustainability of mobile architecture.The main content are as follows:First of all,we interpret the concept of mobile architecture in cold regions and discuss its research background.According to the research status at home and abroad,we established the academic pedigree.Then,we complete historical traceability of mobile architecture through data investigation,and summarized its elements,key issues and development trend through empirical investigations.Then,we apply intelligent control theory to solve the key problem of mobile architecture in cold regions.Through the deconstruction of behaviorism,symbolism and connectionism,the theoretical system of mobile architecture is constructed.The sensors,controllers and actuators are used to establish perception layer,decision-making layer and application layer.We realize the data integration,performance evaluation and system management.Moreover,we form the target system for mobile architecture in cold regions,including self-driving system adapted to cold landform,self-deformation system adapted to cold climate and self-organizing system adapted to cold space.This article has three core chapters.Firstly,we build the self-driving system for mobile architecture in cold regions based on the principle of intelligent control.Among them,the perception layer is used for environmental information collection,the decision layer is used for path planning,and the application layer is used for system management.Through the self-driving experiment on cold landform,we propose the self-driving strategy of architectural prototype,drive mode and power system.Based on this,the self-driving design method of mobile architecture in cold regions is summarized,including power performance on flat landforms,pass performance on periglacial landforms,and stable performance on undulating landforms.Secondly,we build the self-deformation system for mobile architecture in cold regions based on the principle of intelligent control.Among them,the perception layer is used for environmental monitoring,the decision layer is used for index evaluation,and the application layer is used for dynamic response.Through the self-deformation experiment in cold climate,we propose the self-deformation strategy of architectural form,structure and system.Based on this,the self-deformation design method of mobile architecture in cold regions is summarized,including component tracking under light environment,interface update under wind environment and mass conversion under thermal environment.Thirdly,we build the self-organizing system for mobile architecture in cold regions based on intelligent control.Among them,the perception layer is used for environment integration,the decision layer is used for overall collaboration and local interaction,and the application layer is used for cluster evolution.Through the self-organizing experiment in cold space,we propose the self-organizing strategy of location selection,organization layout and spatial form.Based on this,the self-organizing design method of mobile architecture in cold regions is summarized,including the self-similar growth of mobile architecture groups in natural environment,the hierarchical optimization of mobile architecture groups in city environment,and the multi-objective evolution of scientific research mobile architecture groups in extreme environment.This article takes the mobile architecture in cold regions as the research object,which has the dual value of theory and practice.Based on the theory of intelligent control,we realize the conversion of the mobile architecture from passive adaptation to active response.It is hoped that this article can arouse more scholars’ attention to mobile architecture and promote the development of related fields.