7results about How to "Reduce delivery costs" patented technology

The application provides a logistics scheduling method and system for electronic commerce trade, and relates to the technical field of computers.The method comprises the following steps: obtaining remote package logistics information, and obtaining at least one lift sharing reservation information corresponding to a remote area as a travel destination; performing preliminary screening on each lift sharing reservation information by using package attributes, package expected arrival time, package delivery address and distribution station address to determine at least one candidate lift sharing reservation information matched; determining target lift sharing reservation information from each candidate lift sharing reservation information based on a logistics scheduling matching model; updating the driving path in the target lift sharing reservation information according to the distribution station address and the package delivery address, and sending a logistics scheduling instruction to a corresponding car owner client. Thus, the package in a remote area is transported by using lift sharing collaborative scheduling, which not only greatly shortens the distribution time, but also greatly reduces the transportation cost.

The invention provides a project delivery method, device and equipment and a storage medium, which can be applied to the technical fields of proprietary cloud, application software and the like, and comprises the following steps: a management device obtains project information of a target project to be delivered, and downloads a software source component package of the target project from a delivery storage module based on the project information of the target project; based on the N description files of the software source component package, determining a storage address of each software source material in N software source materials corresponding to the target project in a research and development storage module; on the basis of the storage addresses of the N software source materials in the research and development storage module and the project information of the target project, downloading addresses of the N software source materials are generated; and the delivery package of the target project is generated based on the downloading addresses of the software source component and the N software source materials, and the delivery package is stored in the delivery storage module, so that the delivery device downloads the delivery package from the delivery storage module, and the delivery quality of the project is improved.

The embodiment of the application provides a commodity delivery method and device based on user demand, equipment and storage medium, through collecting travel information of a travel application; the travel information is matched with each wish list of a preset commodity database, and the wish commodity of the wish list matched by the travel information is used as a recommended commodity; and the delivery plan of the recommended commodity is determined according to the travel information. Through analyzing the data of the user shopping procedure, personalized commodity recommendation is realized, user satisfaction and conversion rate are improved; the travel information of the user is matched with the wish list, associated delivery is realized, the delivery plan is accurately distributed to the user, and convenience is increased.

This invention relates to the fields of 3D factory design and industrial digitalization, proposing a method and system for digital delivery of 3D factory designs based on AI and digital twins. The method includes: constructing a multi-terminal collaborative decentralized digital delivery platform, reconstructing the traditional linear delivery process into a decentralized circular process; achieving parallel, independent operation and continuous data flow across all stages of the process through a distributed functional node architecture and a decentralized communication bus; and realizing closed-loop digital delivery from the design source to the operation and maintenance terminal by relying on full lifecycle data connectivity, AI intelligent empowerment, and native digital twin delivery. This invention can improve delivery efficiency and quality, reduce delivery costs, and achieve a leap from static delivery to dynamic, operable digital asset delivery. It is applicable to various industrial 3D factory design projects in chemical, power, and pharmaceutical industries, and has high practicality and promotional value.

The application provides a prefabricated component distribution scheduling optimization method based on a time window and multiple vehicle types, and relates to the technical field of distribution scheduling. Parameter information of multiple transport vehicles and distribution time windows of construction sites are obtained and utilized. An optimization function with the dual objectives of minimizing distribution cost and maximizing vehicle average loading rate is constructed. By simultaneously optimizing the two objectives, a balanced deployment scheme between economy and resource utilization efficiency can be obtained, avoiding the one-sidedness that may be caused by single-objective optimization. A multi-objective ant colony-genetic hybrid optimization algorithm is used for solving, generating multiple deployment schemes with different trade-offs for users to select. Through comprehensive consideration of multiple vehicle types, time windows, dual-objective optimization and hybrid intelligent algorithms, an efficient and flexible prefabricated component distribution scheduling optimization solution is provided, effectively improving resource utilization efficiency in the multiple vehicle type mixed distribution scene and improving the practicality of the distribution scheme.

The application provides a multimedia information processing method and device, electronic equipment and storage medium, the method comprises the following steps: obtaining corresponding playing configuration information in a multimedia information playing environment; based on the playing configuration information, configuring a corresponding test interface for a playing strategy adjustment process of the multimedia information, and configuring a matching topology file for the playing strategy adjustment process of the multimedia information, so as to obtain dynamically adjusted playing configuration information through the topology file; and dynamically adjusting the playing strategy of the multimedia information through the playing strategy adjustment process according to the playing effect parameter and the playing configuration information of the multimedia information. The application can reduce the repeated exposure of the already exposed multimedia information to the user in a short time, reduce the delivery cost of the multimedia information, improve the effectiveness of the freshness strategy, improve the user experience, diversify the playing form of the multimedia information, and meet the use requirements of different users.

The application relates to an e-commerce order and same-city order dynamic joint distribution path optimization method and platform. The optimization method comprises the following steps: when a distribution request of a newly added same-city order distribution is received, acquiring first joint distribution information currently executed; from the first joint distribution information, acquiring all first distribution paths currently, and using RIM of an ALNS-RIM hybrid optimization algorithm to detect the first distribution path capable of inserting the newly added same-city order to obtain a candidate distribution path, and detecting a candidate path segment corresponding to the insertion of the newly added same-city order in the candidate distribution path; based on the ALNS-RIM hybrid optimization algorithm and the corresponding candidate path segment, performing insertion path planning, generating a target path segment, and updating all first distribution paths according to the target path segment to generate a path optimization result comprising second joint distribution information. Through the application, the problem that the scheme for jointly distributing e-commerce orders and same-city orders in related technologies is not timely and has low distribution efficiency is solved.