KR20180082941A - Deliverer recommendation method through bigdata analysis - Google Patents

Abstract

According to an embodiment of the present invention, there is provided a method of recommending a delivery person through analysis of big data, comprising the steps of: (a) receiving delivery information including size, quantity, weight, delivery origin and destination of delivery from a client; (b) selecting a delivery person based on the delivery information; (c) providing the client with a list of shippers containing the selected shippers; And (d) receiving a selection input of the client from the distribution list and determining a delivery person.

Description

{DELIVERER RECOMMENDATION METHOD THROUGH BIGDATA ANALYSIS}

The present invention relates to a method of recommending a delivery person who connects a client and a delivery person through a web or mobile program provided by a delivery mediating service. More particularly, the present invention relates to a method of recommending a delivery person And a method of recommending a delivery person through a big data analysis that recommends a delivery person who is suitable for a client's tendency and a kind of deliverable in a service and recommends the client to a client and selects a recommended person as a client.

In recent years, as home shopping has become commonplace, delivery services such as freight, courier service, and quick service are naturally specialized. As shipping service providers have increased and become more specialized, the delivery system has been systematically developed and the current delivery system is being provided.

For example, the delivery service includes cargo, courier service, quick service, etc. Since the courier service is assigned to a person in charge by region, the client can select the delivery company, but can not select the delivery person. In addition, since delivery service delivery area of the courier is designated, there is a compulsion that all the delivery items classified into the area regardless of the kind of the delivery item have to be shipped by the person in charge of the area.

On the other hand, a delivery system such as a cargo or a quick bus service receives a request from a call center, delivers the reception contents to a terminal interlocked between the call center and the delivery persons, and transmits the contents of the client among the delivery persons, It is operated in such a way that the delivery service that is best suited for receiving is the delivery service.

Particularly, since the importation of the delivery system such as cargo or quick service is calculated according to the number of the delivery of the delivery person, an unreasonable matching is attempted for the delivery delivery of the delivery person who is not suitable for taking over the goods of the client There are frequent shipping errors when trying to solve multiple shipments at once.

For the above reasons, various efforts have been made to improve the satisfaction of the delivery service. For example, Korean Patent Publication No. 10-2016-0012537 entitled " Method of Providing Delivery Order " And transmits the data to the delivery terminal, and when the delivery person arbitrarily selects one of the request requests registered in the terminal, it is included in the corresponding route So that the delivery person can easily receive all the delivery requests on the route selected by the delivery person.

Another example is Korean Patent Laid-Open No. 10-2009-0056213 entitled "Real time delivery system using user's shipper" Provide superior user with technology to pay the money according to the defined profit structure when granting the right of delivery to direct delivery of his goods or proxy delivery of other client's goods.

The above conventional techniques can improve the quality of the delivery service by facilitating the delivery conditions of the deliverers to deliver the deliverables, but it is not a technique in which a client who pays substantial amount of money and commits valuable goods is considered technology. Therefore, it is very natural that the client should develop a delivery service that can trust the delivery service and return the trust, and it is a technical idea to be done urgently.

Korean Patent Publication No. 10-2016-0012537 "How to Provide Shipping Order" Korean Patent Laid-Open No. 10-2009-0056213 "Real-time Delivery System Using User Shipper"

The present invention has been created in order to more positively solve the above problems, and it is an object of the present invention to analyze and select a delivery person suitable for the propensity of the client and the kind of delivery, The challenge is to encourage trust in brokerage services and to provide a recommendation method that is tailored to the client and deliverables so that they can enjoy the benefit of the shipping service reliably.

According to another aspect of the present invention, there is provided a method of recommending a delivery person through analysis of big data, comprising the steps of: (a) receiving a package including a size, quantity, weight, Receiving information; (b) selecting a delivery person based on the delivery information; (c) providing the client with a list of shippers containing the selected shippers; And (d) receiving a selection input of the client from the distribution list and determining a delivery person.

In the method of recommending a delivery person through analysis of big data according to another embodiment of the present invention, after analyzing the size, quantity, and weight of the delivered article received by the client, (S10) of selecting a delivery person who has a tendency of a delivery item and information having appropriate information, and analyzing the origin, destination, and delivery time of the delivery item to determine the delivery information of the delivery item, (S20) of selecting a delivery person who has the delivery information of the delivery item and the information of the delivery person, and a second selection step (S20) of selecting the delivery person who is selected among the delivery persons selected through the primary selection and the secondary selection of the delivery person (S30), which classifies and distributes the classified information from a delivery person who matches the information to a similar delivery person, and then delivers the classified delivery person list to the client so that the client selects the delivery person And recommends a delivery person suitable for the client.

According to the present invention having the above-described configuration, when a customer requests a delivery commodity for a commodity to be delivered, the delivery brokerage service manager does not input any arbitrary delivery person closest to the client's waiting area, By choosing a delivery person who meets the desired conditions, we can improve the reliability of the client and deliver the delivery safely and quickly.

1 is a flowchart illustrating a method of recommending a delivery person through analysis of big data according to an embodiment of the present invention.
FIG. 2 is an operation flowchart showing an example of a method of selecting a delivery person shown in FIG. 1. FIG.
3 is a flowchart illustrating a method of recommending a delivery person through analysis of big data according to another embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings, which will be readily apparent to those skilled in the art. The present invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. In order to clearly illustrate the present invention, parts not related to the description are omitted, and similar parts are denoted by like reference characters throughout the specification.

Throughout the specification, when a part is referred to as being "connected" to another part, it includes not only "directly connected" but also "electrically connected" with another part in between . Also, when an element is referred to as "including" an element, it is to be understood that the element may include other elements as well as other elements, And does not preclude the presence or addition of one or more other features, integers, steps, operations, components, parts, or combinations thereof.

The following examples are intended to further illustrate the present invention and are not intended to limit the scope of the present invention. Accordingly, the same scope of the invention performing the same function as the present invention will also fall within the scope of the present invention.

The present invention relates to a recommendation method of a delivery person who leads a client and a delivery person through a web or mobile program provided by a delivery agent.

Above all, in the brokerage service that brokers the delivery of goods between the client and the recipient, the brokerage service that selects the brokers that match the client's tendency and type of delivery is recommended to the client, and when the client selects the recommended broker, It is important to note that this is about recommending a shipper through big data analysis.

In addition, the present invention not only safely delivers the deliverables requested by the client to the recipient, but also selects at least one delivery person who is suitable for the client's tendency and the kind of the delivery item and selects the selected delivery person The goal is to encourage clients to improve their trust in the delivery service and to enjoy the benefit of the shipping service with enhanced confidence.

Prior to the description of the present invention, the delivery person in the present invention includes a member who has been granted the delivery related authority among the general persons who are subscribed to the delivery mediation service, in addition to the employee who is responsible for the delivery service of the delivery specialist company.

For example, the current general delivery service is mainly a method in which the client visits the shipping company directly to pay the price, registers the shipping address, and the delivery person takes over the delivery and carries out the delivery work. , The local representative of the client visits the client to take over the delivery, and the client's local representative again delivers the delivery to the person in charge of the delivery site so that the delivery is performed.

However, the above delivery service had to designate the delivery person to be in charge of each region, so local reps had to deliver all the deliveries in the area, and the client also had the impossibility to ask the delivery person who wanted to deliver the important delivery.

Therefore, according to the present invention, after analyzing and analyzing the deliverables of the clients, the senders are selected according to the tendency of the deliverables, and the information of the selected senders is transmitted to the client, so that the sender Thereby improving the reliability of the delivery service and the workability of the delivery service.

A system for providing a delivery mediation service includes a client terminal of a client and a delivery person, which are connected to a server and a server through a communication network.

The server is connected to the user terminal of the client and the user terminal of the delivery person through a communication network and receives the delivery person information from the user terminal of the delivery person and provides the information to the user terminal of the client. When the client and the delivery person match So that the overall process of the delivery brokerage service is controlled.

Here, the user terminal of the client and the delivery person means a communication terminal that can use the terminal application in a wired / wireless communication environment. Here, the user terminal may be a user's portable terminal. The portable terminal is not limited to a smart phone and can be borrowed without limitation to a terminal capable of mounting a terminal application.

Meanwhile, the communication network connects servers and user terminals. That is, the communication network means a communication network that provides connection paths so that user terminals can transmit and receive data after connecting to a server. The communication network may be a wired network such as LANs (Local Area Networks), WANs (Wide Area Networks), MANs (Metropolitan Area Networks), ISDNs (Integrated Service Digital Networks), wireless networks such as wireless LANs, CDMA, Bluetooth, However, the scope of the present invention is not limited thereto.

1 is a flowchart illustrating a method of recommending a delivery person through analysis of big data according to an embodiment of the present invention.

Referring to FIG. 1, in a method of recommending a delivery person through analysis of big data according to an embodiment of the present invention, a server acquires delivery information from a user terminal of a client (S110).

Here, the delivery information may be information including the size, quantity, weight, delivery origin, and destination of delivery.

Next, in the method of recommending a delivery person through big data analysis according to an embodiment of the present invention, the server selects a delivery person based on the delivered product information (S120).

In step S120, the server determines the tendency of the article to be delivered based on the article information, and selects the sender based on the tendency of the article to be delivered.

As an optional embodiment, in step S120, the server can select a delivery person in consideration of a delivery start point and a delivery end point included in the delivery information, and a movement path of the delivery person. Specific details thereof will be described later with reference to Fig.

Next, in the method of recommending a delivery person through analysis of big data according to an embodiment of the present invention, the server provides a list of delivery persons including the selected delivery person to the user terminal of the client (S130).

Next, in the method of recommending a delivery person through analysis of big data according to an embodiment of the present invention, the server determines a delivery person by receiving a selection input of a client for a delivery person list (S140).

As an alternative embodiment, the server may periodically acquire the location information of the shipper and provide it to the client when the delivery is started.

Accordingly, the present invention allows the client to periodically check the position of the delivery person being shipped, so that the client can easily confirm the delivery progress status.

As an alternative embodiment, the server may store history information that the client has requested in the past, and may provide the client with a list of the requested delivery persons based on the history information.

Through this, the present invention can be made so that the customer who has used in the past can be referred again while checking the past history of the client's request.

FIG. 2 is an operation flowchart showing an example of a method of selecting a delivery person shown in FIG. 1. FIG.

Referring to FIG. 2, a server according to an embodiment of the present invention selects a carrier using a carrier route, a carrier source and a carrier destination.

First, the server can extract intermediate points from the movement path of the delivery person (S210).

Wherein the movement path may include at least one of a periodic movement path and a predetermined movement path of the shipper.

Here, the periodic movement route may be a movement route generated by periodically acquiring position information from the user terminal of the delivery person, or may be a movement route generated based on position information inputted in the past by the delivery person.

The scheduled movement route may be a movement route that is generated based on the position information inputted by the delivery person as a route to which the delivery person will move in the future.

Here, the intermediate point is a point at which the delivery person must go through for the schedule of the delivery person himself / herself, and can be determined by inputting directly from the delivery person.

Next, the server may calculate a first path connecting two successive intermediate points among the intermediate points (S220).

The current location may be included in the waypoint in step S220.

Here, the first route may be a route when the delivery person moves without delivering.

For example, when the movement path of the delivery person is the current position (A) - the first intermediate point B1 - the second intermediate point B2, the first path may be A-B1 or B1-B2.

Next, the server can calculate a second route connecting the first stopping point, the delivery start point, the delivery end point, and the second stop point (S230).

Here, the second route may be a route when the delivery person performs the delivery.

For example, when the moving path of the delivery person is the current position (A) - the first stopping place (B1) - the second stopping place (B2), and the delivery origin is C1 and the delivery destination is C2, the second route is A- -B1 or B1-C1-C2-B2.

As an alternative embodiment, the server may calculate the above paths using three or more intermediate points.

For example, if the movement path of the delivery person is the current position (A) - the first intermediate way point (B1) - the second intermediate way point (B2), and the delivery start point is C1 and the delivery destination is C2, the first path is A- And the second path may be A-C1-B1-C2-B2.

Next, the server can compare the estimated time required for the shipper to travel along the first route and the second route (S240).

In other words, the server can compare the time required for two routes, that is, the case where the delivery person does not perform the delivery, and the case where the delivery is performed.

Next, the server can sort the shippers based on whether the difference between the estimated times falls within a predetermined reference time range (S250).

Here, the reference time may vary depending on whether it is a domestic short-distance delivery, a domestic long-distance delivery, or a foreign delivery.

For example, the reference time may be one hour for domestic short distance delivery, four hours for domestic long distance delivery, and 12 hours for overseas delivery, and the example of the reference time is not limited to the above example.

In this case, when the delivery is domestic near-by delivery, the server can select the shipper whose time difference between the first route and the second route is less than one hour.

Accordingly, the present invention can select a delivery person who can perform the delivery through the desired stop route without recommending a major change in the route of the periodically moving or moving forward of the delivery person, and recommend it to the client have.

3 is a flowchart illustrating a method of recommending a delivery person through analysis of big data according to another embodiment of the present invention.

Particularly, FIG. 3 is a flowchart sequentially illustrating a process of delivering a customer by dividing the process of selecting a customer as a step by step.

The method for recommending the delivery person according to the type of the delivery and the client's tendency is divided into the following steps.

(S10) of selecting a delivery person according to the tendency of a client and a delivery item; and a secondary selection step (S20) of selecting a delivery person according to a departure point, a destination and a delivery time of the delivery item; And a matching step (S30) of selecting a delivery person included in the route from the origin to the destination. Here, steps S10 and S20 may be simultaneously performed.

In the first sorting step S10, when the client accepts the delivery item in the delivery service, the delivery intermediation service manager identifies the type, size, form, weight, and quantity of the item, There are Internet access registrations in which the type, size, form, weight, quantity, etc. of the deliverables are directly written on the web or mobile through the application provided by the client through the brokerage service and registered in the database.

If the customer's deliverables are stored in the database in the above manner, the shipping brokerage service will select the most suitable shipping person for delivering the client's deliverables based on the information of the shipper registered in the database.

Here, the information of the shippers registered in the shipping brokerage service database includes information such as the area in which the shippers mainly operate, the type of vehicle the shippers hold, the type of shippers preferred by the shippers, the date and time the shippers can deliver, And customer satisfaction. The method of collecting the above information is divided into the following steps.

The information of the above-mentioned delivery person includes the steps of analyzing the movement path pattern of the delivery person (S11), the step of grasping the vehicle holding the delivery person (S12), the step of grasping the delivery person's preferred delivery item (S13) , And the step of grasping the delivery person satisfaction (S15) are sequentially analyzed and stored in the database. Or steps S11 to S15 are not performed sequentially, and some of them may be performed simultaneously.

In the step S11 of analyzing the movement route pattern, the distribution staff of the shipping specialist company affiliated with the shipping brokerage service of the present invention and the member who is subscribed to the distribution brokerage service are classified into the distribution member, I understand.

In the case of a shipping company of a shipping specialist company, it identifies the assigned person in charge in the same manner as the usual delivery system and stores it in the database. If the member is a shipping member, he or she identifies the shipping member who travels periodically, If the delivery destination information received by the client later appears to be the same as the delivery route of the delivery person, it is determined whether or not the delivery item can be delivered to the delivery persons included in the delivery route, Providing the client with a list of the shippers who can be shipped, the client will select the shippers that match the client's preference among the shippers and entrust the shipment.

Particularly, if the above-described shipping route pattern analysis step (S11) is a shipping member who travels to an interregional area or a country-to-country, and the above-mentioned shipping member decides to deliver the article requested by the client, Service can be provided to the client without having to waste a separate manpower in the delivery brokerage service and the delivery member can only receive the delivery item from the planned trip anyway .

On the other hand, after analyzing the transportation resources of the social infrastructures such as air, port, railway, express bus, and automobile used by the long distance shipping between the region and the country, we analyze the optimal delivery conditions at all times, It improves the efficiency of the delivery work by providing the best delivery conditions to the senders when they become available, and actively induces safe delivery of the delivery.

The vehicle holding identification step S12 is a process of identifying the moving means held by the delivery person. The vehicle holding step S12 is a process of identifying the transportation means held by the delivery person in consideration of the type, distance, weight, To identify the shipper who owns the ship.

If the shipper has a vehicle, the shipper will provide all the information about the shipper, or the shipper will register with the shipper's brokerage service. In case of membership, information can be acquired by inputting the presence of transportation resources and the type of transportation resources.

The reason for identifying the carrier's vehicle is that the client receives information such as the type, distance, weight, and desired delivery time of the article received at the delivery brokerage service, and then sends the delivery person with the appropriate shipping resources to the client .

For example, if a delivery is requested that requires a small volume and fast delivery, it is recommended to the client to have a motorcycle or use a public transport such as a subway or bus. On the contrary, if the goods are bulky or require delivery of goods within the area that require long-distance delivery, we recommend to the client that the taxi, high-speed bus or cargo holders are present to the client, and if the destination is close to the town, the bicycle, motorcycle or walking Recommend a possible shipper to the client.

On the other hand, when two or more kinds of transportation resources are held by the delivery person, they are classified into the database from the most used transportation resources and stored in the database, and when the client selects a delivery person having two or more transportation resources, .

In the preferred delivery item identification step (S13), as many kinds of the delivery items requested by the client are available, there will surely be couriers who have a favorable response to the delivery item. For example, to prevent situations in which a delivery person refuses a delivery of a customer after the matching between the client and the delivery person has proceeded, for example, a situation in which the animal with allergies can not deliver the animal. Purpose.

As for the method of determining the preferred delivery item of the above-mentioned delivery person, in the same manner as the step S12 of identifying the vehicle in which the vehicle is being delivered, in the case of the shipping person of the shipping specialist company, There is a method of registering in the brokerage service. In case of the member who is a member of the delivery brokerage service, a method of acquiring information by inputting at least one kind of the preferred article at the time of membership is used.

The business time grasp step (S14) is a purpose of grasping the delivery person who can deliver the article requested by the client at a desired time of the client.

In the case of the shipping company of the shipping specialist company, it is required to follow the business hours of the shipping specialist. However, if the shipping member having the shipping authorization in the shipping intermediary service does not set a separate business hour, Shipping brokerage services can be delivered.

For example, the above shipping member enters the delivery time when the user enters the delivery brokerage service and stores the time in the database. When the client selects the delivery person and tries to match, the letter or alarm is sent to the selected delivery person, And to be able to determine the availability of delivery in time.

Finally, the step of understanding the satisfaction of the delivery person (S15) not only induces the delivery person to carry out the delivery more safely and kindly, but also allows the customer to freely select the person to be shipped, For the purpose.

In the above step S15, the client and the recipient evaluate the satisfaction score by the five-point method and calculate and display the average value, respectively. The evaluation criterion evaluates the customer's kindness, the negotiation time with the client after the matching, the total time after the receipt of the goods, etc., and the recipient evaluates the kindness of the delivery person, the delivery time,

In particular, the information of the shipper is periodically updated so that the information of the shipper is transmitted to the client more accurately.

Accordingly, the primary selection step S10 of the delivery selects the delivery person having the information matching the type, size, shape, weight, quantity and the like of the delivery article received by the client based on the information of the delivery person stored in the above manner .

In the second sorting step S20, the administrator of the delivery mediating service inputs the final destination of the registered article, the date and time at which the article is desired to be delivered, and the like, while the client receives the article in the delivery brokerage service, , And the list of the analyzed delivery persons is referred to or referenced to the client.

The second sorting step (S20) of the above delivery is a step of identifying the delivery destination distance (S21) of analyzing the origin and the final destination of the delivery and classifying it as a neighborhood, a region, and a country, (S23) of determining whether a delivery person corresponding to the analyzed distance is included among the delivery person information acquired in the delivery person route information analysis step (S11) (S24) for identifying the presence or absence of a delivery person suitable for the delivery destination, and a delivery person list sorting step (S24) for sorting and cataloging the delivery persons having similar conditions from those of the searched delivery persons, S25) are sequentially performed in a subdivided step.

On the other hand, in the secondary selection step S20 of the delivery person, the delivery destination distance determination step S21 is divided into short-distance delivery, which is performed between neighborhoods, and long-distance delivery between regions or countries. Both short-haul and long-haul delivery It is safe to ship to the final destination of the person who takes over the delivery to the client, but it may be difficult to find a person with complete mobility from the origin to the final destination, especially if it is a long haul.

Therefore, in case that the destination of departure is the same but the final destination is different, the route of the final destination is divided into subdivisions according to the sections, and then a plurality of subordinates included in the subdivisions participate in the subdivision It is configured so that deliveries are delivered safely to the final destination.

For example, if a shipment received in 'A region' must reach 'D area' via 'B area' or 'C area', 'D area' It is better to ship the shipper who is planning to move to the area 'A', but if the 'A' area 'is the destination from' B area 'or' C area ' Another carrier who is delivering goods to 'B or C area' and is waiting for 'B or C area' to pick up a shipper who is planning to move to 'D area' The shipper of the 'B region' or 'C region' who handed over the delivery to the 'D region'.

The matching step S30 of the above delivery person is a delivery from the delivery person who is perfectly matched with the information of the delivery item requested by the client out of the delivery person selected in the primary selection step S10 of the delivery and the secondary selection step S20 Sorting and sorting the distribution information in the order of those having similar distribution information, providing the corresponding distribution list to the client, selecting the desired distribution person among the distribution persons listed in the list, and attempting matching.

The matching step S30 includes the steps of providing a list of delivery persons S31, a step of selecting a delivery person S32, a step of adding a delivery person S33, and a step S34 of tanging the delivery person.

The above-mentioned delivery person list providing step (S31) is a delivery person selection step (S10) in which the delivery person is selected from among the delivery person selected in the secondary selection step (S20) To the client in a similar order. The above shipper list includes a check area where the shipper can be selected, and the shipper's information such as the shipper's name or nickname, the shipper's transportation resources, the current shipper's current status, the current position of the shipper, So that the client can select the desired delivery person through the information.

The selection step S32 is a step of selecting one or more deliverers from the above delivery list, and may further select a desired transport resource when the selected delivery person has two or more kinds of transport resources.

The additional selection step S33 is for the purpose of grasping the delivery intention sequentially to the next selected delivery person when the selected delivery person refuses the delivery according to the circumstances and when there is no delivery person reaching the final destination from the start point , And the purpose is to additionally select the shippers to carry out relay-by-section relaying.

In particular, if the shipper on the route is to be selected, a separate marking of the shipper recommended by the shipping brokerage service is added to provide convenience for the client to more easily select the additional shipper.

If the customer tries to match the delivery person after selecting the shipping person who is deemed to be the most suitable person in step S34, the contact with the shipping person is immediately attempted or the contact information of the shipping person is disclosed. With the above phone connection, the client can give a 1: 1 comment on the delivery with the delivery person, and can know the clear delivery information and the tangential position with the client.

According to the delivery method of delivering according to the tendency of the deliverable product constituted through the delivery primary sorting step S10, the delivery secondary sorting step S20 and the delivery person matching step 30 as described above, When the commodity is requested to the delivery brokerage service, the delivery brokerage service manager selects the delivery person who satisfies the desired condition directly, rather than putting the arbitrary delivery person nearest to the client's waiting area, , Which improves the reliability of the client, as well as delivering the delivery safely and quickly.

One embodiment of the present invention may also be embodied in the form of a recording medium including instructions executable by a computer, such as program modules, being executed by a computer. Computer readable media can be any available media that can be accessed by a computer and includes both volatile and nonvolatile media, removable and non-removable media. The computer-readable recording medium may also include computer storage media. Computer storage media includes both volatile and nonvolatile, removable and non-removable media implemented in any method or technology for storage of information such as computer readable instructions, data structures, program modules or other data.

While the methods and systems of the present invention have been described in connection with specific embodiments, some or all of those elements or operations may be implemented using a computer system having a general purpose hardware architecture.

It will be understood by those skilled in the art that the foregoing description of the present invention is for illustrative purposes only and that those of ordinary skill in the art can readily understand that various changes and modifications may be made without departing from the spirit or essential characteristics of the present invention. will be. It is therefore to be understood that the above-described embodiments are illustrative in all aspects and not restrictive. For example, each component described as a single entity may be distributed and implemented, and components described as being distributed may also be implemented in a combined form.

The scope of the present invention is defined by the appended claims rather than the detailed description and all changes or modifications derived from the meaning and scope of the claims and their equivalents are to be construed as being included within the scope of the present invention do.

S10. Delivery person primary selection step S11. Route pattern analysis step
S12. Carrying resource holding step S13. Steps to Identify Shipper's Preferred Deliverables
Q14. Identify the business hours of the delivery person Step S15. Shipper Satisfaction Level
S20. Secondary sorting step S21 of the delivery person. Steps to Identify Shipping Locations
S22. Identify desired delivery date S23. Steps to Identify Shipping
Q24. Shipper search step S25. Shipper List Classification Phase
S30. Delivery person matching step S31. Shipper List Delivery Step
S32. SENDER SELECTION STEP S33. Select additional shipper steps
S34. Delivery Tangent Step

Claims (8)

(a) receiving delivery information including size, quantity, weight, delivery origin and destination of delivery from a client;
(b) selecting a delivery person based on the delivery information;
(c) providing the client with a list of shippers containing the selected shippers; And
(d) receiving a selection input of the client from the list of delivery persons and determining a delivery person;
A method for recommending a delivery person through a big data analysis. The method according to claim 1,
(e) if delivery is started, periodically acquiring location information of the delivery person and providing the location information to the client;
The method further comprising the steps of: The method according to claim 1,
The step (b)
Determining a tendency of the article to be delivered based on the article information, and selecting the sender based on the tendency of the article to be delivered. The method according to claim 1,
The step (b)
The delivery person is selected based on the delivery start point and the delivery end point included in the delivery information and the movement path of the delivery person,
(b1) extracting intermediate points from the movement path of the delivery person;
(b2) calculating a first path connecting any successive first via and second intermediate points of the intermediate points;
(b3) calculating a second route connecting the first intermediate route, the delivery origin, the destination, and the second intermediate route;
(b4) comparing estimated times required for the shipper to travel along the first route and the second route; And
(b5) selecting the shippers based on whether the difference between the estimated times falls within a predetermined reference time range. 5. The method of claim 4,
The movement path of the delivery person
And the at least one of the periodic movement route and the scheduled movement route of the delivery person. The method according to claim 1,
The step (c)
Providing the client with a list of shippers requested by the client;
And a method for recommending a delivery person through a big data analysis. The method according to claim 1,
(f) If the first delivery person receiving the delivery from the client fails to reach the final destination after the delivery is started, the route from the section where the first delivery person is located to the final destination is divided into subdivided sections, Allowing a plurality of couriers to correspond and delivering the deliveries to the final destination in a relay delivery manner;
The method further comprising the steps of: 8. The method of claim 7,
The step (f)
Providing a list of a plurality of deliverers included in the subdivided section to the client; And
Determining a next delivery person or a final delivery person by receiving a selection input of the client for a list of a plurality of the persons included in the subdivided section;
And a method for recommending a delivery person through a big data analysis.

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