At present, my country’s information and computer technology is developing rapidly, and the world has been widely integrated into the Internet age. Under the Internet teaching mode, the reform of computer courses is imminent. Teachers must reverse the traditional backward and lecture-style teaching methods, effectively integrate with information technology, and continue to expand. In this context, this paper briefly analyzes the reform and adjustment of computer education courses based on the B5G model and network education model and proposes specific reform strategies. Undoubtedly, its impact on education will be more direct, and the combination of B5G and artificial intelligence as representatives of emerging technologies will certainly pose new challenges to the educational thinking mode and will also lead to profound changes in the educational ecological model.

With the increasing uncertainty of customer demand, order management that takes into account the uncertainty of customer demand is important in the supply chain between distribution bases (distribution centers, RDCs, etc.) and large retailers. A multisite delivery planning system is recommended to scale past to handle a single product. Aiming at the logistics distribution problem of consumer electronic products, the problem is attributed to a multiobjective optimization problem, and an improved genetic algorithm is used to deal with it. Combined with the situation, this paper proposes a multiproject (multiproject delivery mass production planning system) and studies the narrative problem description, formula, solution sequence, and case analysis results. The experimental results show that this method can effectively improve the logistics distribution efficiency by 18% and reduce the distribution cost by 34%, by finding the optimal distribution path, reducing the total cost of low-carbon distribution of fresh products, improving customer satisfaction, reducing energy consumption, and achieving economic and social benefits for enterprises.