With the continuous development of science and technology, the information age has arrived, and people have fully entered the information age. In this new era, Internet technology has achieved unprecedented development, and many innovative technologies have also been proposed. The competition in the logistics industry is becoming more and more fierce. Someone proposed the concept of intelligent logistics. This concept has been continuously expanded and the requirements have become higher and higher. Finally, an intelligent logistics management supported by the Internet of Things technology has emerged. technology. In our school's research, we mainly proposed an intelligent distribution model based on the Internet of Things. This model not only optimizes the distribution process, but also proposes an efficient distribution strategy when faced with a large amount of data. This technology mainly uses the information interaction technology in the Internet of Things, which can ensure that the average delivery speed is the fastest, the average transportation distance is the shortest, and the time consumed in the logistics transmission process is the shortest. In the decision-making process of this intelligent distribution model, we must first establish some intelligent distribution models controlled by multiple indicators. During the experiment, we built a logistics perception system and used heuristic algorithms to solve the packing problem. Answered. The mainstream solution algorithm we use genetic algorithm, a large number of experiments and data show that this algorithm is scientifically based, and it has also exerted its due effect in application. This article mainly analyzes the impact of the intelligent logistics system provided by the Internet of Things technology, and then looks forward to the future development trend of the system. We hope that through the analysis of the status quo, we can promote the further development of my country's Internet of Things technology, and also promote the further development and optimization of my country's intelligent logistics system technology.

随着科学技术的不断发展，信息时代已经到来，人们已经全面进入信息时代。在这个新时代，互联网技术取得了前所未有的发展，也提出了许多创新技术。物流行业的竞争越来越激烈。有人提出了智能物流的概念。这个概念不断扩大，要求也越来越高。最后，以物联网技术为支撑的智能物流管理应运而生。技术。在我校的研究中，我们主要提出了一种基于物联网的智能配送模型。这种模式不仅优化了配送流程，但也提出了在面对大量数据时有效的分发策略。该技术主要利用物联网中的信息交互技术，可以保证平均配送速度最快，平均运输距离最短，物流传输过程中消耗的时间最短。在这种智能配送模型的决策过程中，首先要建立一些多指标控制的智能配送模型。在实验过程中，我们搭建了物流感知系统，使用启发式算法解决了装箱问题。回答。我们采用遗传算法的主流求解算法，大量实验和数据表明该算法是有科学依据的，在应用中也发挥了应有的作用。本文主要分析物联网技术提供的智能物流系统的影响，进而展望该系统未来的发展趋势。我们希望通过对现状的分析，能够推动我国物联网技术的进一步发展，也​​能够推动我国智能物流系统技术的进一步发展和优化。