Path planning method and device, electronic equipment and storage medium thereof

Abstract

The invention provides a path planning method and device, electronic equipment and a storage medium thereof. The path planning method comprises the steps: acquiring website transportation informationand order information within a preset range, wherein the website transportation information comprises transportation paths among websites and transportation costs among the corresponding websites; determining transport parameters according to the website transport information, and determining constraint conditions according to the order information; generating an initial distribution path set according to the website transportation information, the constraint conditions and the transportation parameters; and calculating a transportation parameter value in the initial distribution path set, andtaking a path corresponding to the minimum transportation parameter value as a planned path which is used for generating scheduling information of transportation equipment. According to the path planning method, the transportation cost is reduced under the condition of comprehensively considering factors such as express network point distribution and transport capacity, so that the vehicle performs order delivery from a fixed time point to a fixed network point according to the arranged route, and the delivery time efficiency of expresses in the same city is improved on the premise of reducing the transportation cost.

Description

technical field [0001] The present application relates to the field of logistics technology, and in particular to a path planning method, device, electronic equipment and storage medium thereof. Background technique [0002] With the development of e-commerce, the volume of logistics orders has also increased. At present, there are two main delivery methods for intra-city express delivery. The first is through the mode of transit, where the express delivery is first received from the sending user at the receiving outlet. Then go to the transit field in each city, then to the delivery outlet, and finally to the end user, so that even if the user's sending address and receiving address are very close, if the receiving outlet misses the delivery on the same day The dispatched batches will be delivered the next day. Therefore, this method has a greater impact on the delivery timeliness. The second way is to use the real-time logistics system to deliver express delivery with a s...

AI Technical Summary

Problems solved by technology

[0002] With the development of e-commerce, the volume of logistics orders has also increased. At present, there are two main delivery methods for intra-city express delivery. The first is through the mode of transit, where the express delivery is first received from the sending user at the receiving outlet. Then go to the transit field in each city, then to the delivery outlet, and finally to the end user, so that even if the user's sending address and receiving address are very close, if the receiving outlet misses the delivery on the same day The dispatched batches will be delivered the next day. Therefore, this method has a greater impact on the delivery timeliness

The second way is to use the real-time logistics system to deliver express delivery with a small delivery distance, generally up to 7 kilometers, because the cost of real-time logistics delivery is related to the distance, and if the specific distance is too far, the delivery cost is too high, for example, a single order of intra-city express The cost is more than ten yuan. It can be seen that this method can only solve the short-distance intra-city express delivery timeliness and high cost.

[0003] The current order transfer and delivery methods between the two outlets cannot take into account both cost control and order delivery efficiency.

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