Smart home automation systems aim to improve the comfort and convenience of users in their living environment. However, adapting automation to user needs remains a challenge. Indeed, many systems still rely on hand-crafted routines for each smart object.This paper presents an original smart home architecture leveraging Large Language Models (LLMs) and user preferences to push the boundaries of personalisation and intuitiveness in the home environment.This article explores a human-centred approach that uses the general knowledge provided by LLMs to learn and facilitate interactions with the environment.The advantages of the proposed model are demonstrated on a set of scenarios, as well as a comparative analysis with various LLM implementations. Some metrics are assessed to determine the system's ability to maintain comfort, safety, and user preferences. The paper details the approach to real-world implementation and evaluation.The proposed approach of using preferences shows up to 52.3% increase in average grade, and with an average processing time reduced by 35.6% on Starling 7B Alpha LLM. In addition, performance is 26.4% better than the results of the larger models without preferences, with processing time almost 20 times faster.

通过利用大型语言模型和用户偏好推动个性化和直观性的边界，本文提出了一种原创的智能家居架构，并以一组场景和各种大型语言模型的比较分析来证明所提出的模型的优势，在维护舒适性、安全性和用户偏好方面能够提高平均成绩达52.3%，平均处理时间减少35.6%，性能较大模型结果提高了26.4%，处理时间几乎快了20倍。

利用大型语言模型提升智能家居的个性化用户体验