Abstract
The vehicles distribution of fresh agricultural products is a key between agricultural products retailers and customers. Therefore, optimization of distribution vehicles routing is a very important problem. Aiming at the goal of the lowest transportation cost of fresh agricultural products and the minimum decay variance of agricultural product, this paper constructs a multi-objective model considering the influence of decaying factors to optimize the distribution of fresh agricultural products, and then ant colony algorithm for solving the model is proposed. The results show that the established model and the designed algorithm are effective, which can provide theoretical basis and practical guidance for the routing optimization of fresh agricultural vehicles.
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