Interactive Architectural Design Model Based on Particle Swarm Optimization Algorithm

Abstract

In recent years, with the continuous development of my country’s social science and technology level, people’s exploration in the field of interactive architectural design models has become deeper and deeper, and the demand for the application of interactive architectural design models has gradually increased. Only by studying and analyzing the interactive architectural design model of particle swarm optimization algorithm can a more perfect interactive architectural design model be obtained. Based on the particle swarm optimization algorithm, this paper introduces the concept of building and the definition of cost, the cost structure of traditional cast-in-place building, the cost structure of prefabricated building, and the projection pursuit clustering model. This paper briefly introduces the interactive architectural design model and its development trend, studies the existing models of the interactive architectural design model technology, and conducts a series of experiments to prove the interactive architectural design model based on particle swarm optimization algorithm. Practical testing of design models and particle swarm optimization algorithms. The final results of the study showed that the stability of the interactive architectural design model was 99.4% when the number of interactions of the fifth model was 17. The experimental data show that the stability of the interactive architectural design model is always maintained at a stable level, that is, between 99% and 100% of the absolute stability level. It shows that the stability of the interactive architectural design model does not vary with the change of the number of interactions.