7 results about "Supply planning" patented technology

A supply chain supply planning device (1) is characterized by comprising: a distribution calculation unit (11) that calculates, on the basis of record information pertaining to supply and demand activities of a supply chain, a distribution pertaining to record information pertaining to each process constituting the supply chain; a distribution influence degree calculation unit (123) that, when information pertaining to an incident that influences the supply chain is input, calculates, on the basis of the record of a change in a distribution of record information pertaining to each past process due to the influence of a past incident similar to the incident, the degree of influence on the distribution of the record information pertaining to each process; and a distribution estimation unit that estimates a future distribution on the basis of the degree of influence on the distribution of the record information pertaining to each process calculated by the distribution influence degree calculation unit (123).

Provide a system. 【Solution means】 As an information acquisition means, means for acquiring environmental information and regional event information via a communication network, Means for acquiring past transaction records from a recording medium, As an analysis means, means for executing an intelligent algorithm for prediction based on the acquired environmental information, regional event information, and past transaction records, As an optimization means, means for creating an optimal supply plan based on the prediction result and the held information, As a notification means, means for reporting the optimized supply plan to the administrator, Means for transmitting information to the administrator using a real-time notification function, Equipped with an adjustable user interface, means for the administrator to modify the supply plan, A system including.

The system according to this embodiment aims to efficiently supply ingredients from local farmers and producers. [Solution] The system according to the embodiment comprises a collection unit, a planning unit, and a supply unit. The collection unit collects data from local farmers and producers. The planning unit creates a supply plan based on the data collected by the collection unit. The supply unit supplies local ingredients based on the supply plan created by the planning unit.

The application provides a multi-source supply smoothing scheduling decision method, system, device and storage medium based on cross-period allocation operators, and relates to the technical field of supply chain planning and operation optimization. The method comprises the following steps: acquiring basic business data of a multi-source supply network; using a preset demand distribution weight vector in a week to discretely decompose the total demand of a sales area in each logical week into a daily demand sequence; performing time sequence backtracking on each demand day in the daily demand sequence based on a transportation cycle to determine the corresponding production factory delivery day and the production logical week to which the demand day belongs; generating a cross-period allocation operator according to the attribution relationship; constructing a linear programming model containing the operator and solving the model to generate an optimal supply plan. The application solves the problem of capacity planning distortion caused by non-integer week transportation cycles.

The present invention is an outcome of the "2024 Service BM Overseas Expansion Support Project" managed by KOTRA, and the objective thereof is to provide an integrated system for inventory sharing and sales of products expanding into overseas markets, and, more particularly, the system comprises: a web server linked to a database constructed by collecting and storing, by a company terminal, information about products that can be distributed overseas from among products sold by domestic sellers; a website generation unit that, upon receipt of a sourcing cooperation request from a partner terminal located overseas through the web server, replicates the database, and then generates a replicated database-based partner-dedicated website by using a pre-established website template; a website deployment unit that, before deploying the partner-dedicated website generated by the website generation unit, configures sales products by requesting, from the partner terminal, a selection input for products to be handled from among the products in the database, and deploys, through a specialized hosting company, the partner-dedicated website on which the sales products are configured; and a product supply planning unit that, upon receipt of a purchase request for at least one product from a local buyer terminal overseas through the partner-dedicated website, establishes a product supply plan by identifying the inventory status of the product stored in a domestic logistics storage warehouse and a logistics storage warehouse of a partner company by using an integrated inventory management system.

Depending on the uncertainties surrounding the supply chain and the existence of countermeasures, it becomes possible to estimate the future distribution of historical information related to the supply chain. [Solution] The supply chain supply planning device 1 is characterized by comprising: a distribution calculation unit 11 that calculates the distribution of performance information for each process constituting the supply chain based on performance information of supply and demand activities of the supply chain; a distribution impact calculation unit 123 that, when information of an incident affecting the supply chain is input, calculates the degree of impact on the distribution of performance information for each process based on the past changes in the distribution of performance information for each process due to the impact of past incidents similar to the incident; and a distribution estimation unit that estimates the future distribution based on the degree of impact on the distribution of performance information for each process calculated by the distribution impact calculation unit 123.