Automatic production scheduling is a crucial activity in modern manufacturing, which involves the rational arrangement of production tasks to maximize production efficiency, minimize manufacturing costs, and meet customer needs. In the increasingly complex and diverse production environment, production demand may also change at any time, and traditional production scheduling methods are no longer able to meet the needs of modern manufacturing. Optimization algorithms, as an efficient and accurate decision-making tool, have been widely applied in the field of automatic production scheduling. This article aims to explore the application of optimization algorithms in automatic production scheduling, analyze their principles, types, advantages and disadvantages, as well as application cases in industrial practice, in order to provide reference for research and practice in related fields such as production scheduling.

With the rapid development of digital technology, a new social culture has emerged between new media and traditional media. Digital technologies are gradually being integrated into the media industry, significantly enhancing the dissemination efficiency of traditional media programs and providing strong support for the modernization of new media. In this context, media professionals need to deeply understand the impact of social communication on traditional media. This understanding is essential to explore new work models aimed at meeting audience needs, maximizing the advantages of social communication, injecting new vitality into the dissemination of broadcast and television programs, and promoting the sustained and healthy development of traditional media.

Solanum muricatum (Pepino) is a solanaceous crop gaining popularity but susceptible to biotic and abiotic stress in cultivation. Grafting has been shown to improve the plant’s adaptability to adverse conditions. The results showed that the In terms of The grafted cantaloupe eggplant showed stronger resistance to low-temperature stress, the increase in relative conductivity of cantaloupe eggplant autografted seedlings was significantly higher than that of grafted seedlings, and both MDA contents were significantly lower than that of cantaloupe eggplant autografted seedlings, and the low-temperature tolerance of the grafted seedlings became more pronounced with the prolongation of the stress time.When assessing resistance to low-temperature stress, grafted pepinos showed enhanced tolerance compared to non-grafted cuttings, likely due to synergistic effects between scion and rootstock during the grafting process. These results suggest that grafting can significantly improve pepino’s low-temperature tolerance.