%0 Journal Article
%T 农业强国建设背景下农机区域社会化服务协同优化研究<br>Research on the Cooperative Optimization of Agricultural Machinery Regional Socialization Service under the Background of the Construction of Agricultural Power
%A 彭新媛
%A 陈柳伊
%A 张帅
%J Modern Management
%P 1678-1688
%@ 2160-732X
%D 2024
%I Hans Publishing
%R 10.12677/mm.2024.147197
%X 二十大会议上，提出的农业强国建设理念，让农业现代化建设问题受到更加广泛的关注，农机社会化服务水平成为农业现代化建设的重要一环，但我国仍存在较多地区还未实现生产现代化，基础设施较为落后的问题。在综合考虑农机调度实际情况下农机调度成本和农户满意度的基础上，利用带时间窗的车辆路径问题模型的优点，建立单站点多农机的区域协同调度模型，采用遗传算法求解双变量，并通过宿迁地区实例验证了该模型算法的有效性。研究表明，该模式能有效降低调度成本与提高农户满意度，从而实现农机社会化服务水平的提高，进一步实现区域协同模式下的农机调度还需要深入切实农户多种满意度采集工作、整合聚类农田信息，提高农机合作社管理与服务能力以适应我国不同地区的实际需求和提高应对突发事件的能力水平。<br />
The concept of building up China’s strength in agriculture proposed at the 20th National Congress has attracted attention to the issue of building agricultural modernization. The level of socialized agricultural machinery services has become an important indicator of agricultural modernization construction, but there are still many areas in China that have not yet achieved the modernization of production and have relatively backward infrastructure. On the basis of comprehensively considering the cost of agricultural machinery scheduling and the satisfaction of farmers under the actual situation of agricultural machinery scheduling, the advantages of the vehicle path problem model with time window are used to establish the regional cooperative scheduling model of single site and multiple agricultural machinery, and the genetic algorithm is used to solve it Bivariate, and the effectiveness of the modified model algorithm is verified by examples in Suqian area. Research shows that the model can effectively reduce the scheduling cost and improve farmers satisfaction, so as to realize the improvement of agricultural machinery socialization service level. To further achieve agricultural machinery scheduling under regional collaborative mode, it is necessary to deeply and effectively collect various satisfaction levels from farmers, integrate and cluster farmland information, improve the management and service capabilities of agricultural machinery cooperatives to meet the actual needs of different regions in China, and enhance their ability to handle emergencies.
%K 农机调度，农机社会化服务，农户满意度，遗传算法，路径优化<br>Agricultural Machinery Dispatching
%K Agricultural Machinery Socialization Service
%K Farmer Satisfaction
%K Genetic Algorithm
%K Path Optimization
%U http://www.hanspub.org/journal/PaperInformation.aspx?PaperID=92770