KR20130130978A - System and method for allocating call tax based on recommending of course - Google Patents

Abstract

The present invention relates to a system and a method for allocating call-taxies capable of improving operating efficiency of call-taxies. According to the present invention, a call-taxi allocating system including a call-taxi managing server providing call-taxi recommendation service, the call-taxi managing server recommends the order of each item to a call-taxi terminal in order to provide a selecting option for a client terminal based on the degree of surrounding traffic congestion between the call-taxi terminal and the client terminal and the degree of the amount of clients compared to waiting call-taxies within a certain area. Thus, the present invention allows operation preparation appropriate for situation of call-taxies, thereby reducing unnecessary operation, saving operation costs and time. [Reference numerals] (100) Client terminal;(200) Call-taxi managing server;(300) Call-taxi terminal;(400) Wireless communication network

Description

Call taxi dispatch system and method based on route recommendation {SYSTEM AND METHOD FOR ALLOCATING CALL TAX BASED ON RECOMMENDING OF COURSE}

The present invention relates to a call taxi dispatch system and method, and more particularly to a call taxi dispatch system and method that can improve the operating efficiency of the call taxi.

Recently, with the development of the public transportation industry, the service industry such as call taxi and surrogate operation is in the spotlight. However, the increase in vehicles causes traffic congestion, and the oil and LPG prices are rising, causing the taxi industry to face great difficulties.

In order to overcome these difficulties, more and more call taxis are being operated in combination with IT technology. As a representative example, in Korean Patent Laid-Open Publication No. 2009-0093408, a customer requests a call dispatch to a call control server using a terminal, checks a location of a customer using a location tracking server, and then sends the location of the customer to all taxis. DETAILED DESCRIPTION A dispatch system and method are disclosed for dispatching a taxi in close proximity to a customer location.

However, the disclosed patent can reduce the running cost in terms of distributing a close taxi based on the location of the customer, but still has no problem in considering the situation of the taxi driver.

The present invention has been made to solve the above-described problems, the present invention by considering the situation of the call taxi driver to propose a route for the call taxi driver to recommend the route to reduce the operating cost and at the same time to increase the driving charge The purpose of the present invention is to provide a call taxi dispatch system and method.

Another object of the present invention is to provide a call taxi dispatch system and method based on route recommendation that can recommend a taxi driver's preferred route, thereby improving work efficiency of the taxi driver.

In order to accomplish the objects of the present invention as described above and to carry out the characteristic functions of the present invention described below, features of the present invention are as follows.

According to a first aspect of the present invention, a plurality of passenger terminals requesting a call taxi ride and assigned a corresponding call taxi in response to the request; Call taxi recommending a choice for the passenger as a ranking of each item based on at least one of a roaming distance between the call taxi driver and the passenger, a surrounding traffic congestion, a passenger's destination distance, and a large number of passengers compared to the waiting call taxi. A management server; A call taxi dispatch system based on route recommendation is provided, the call taxi terminal including a taxi number and an arrival time of the taxi number and an arrival time to the consent randomly selected according to the recommendation of the call taxi management server.

According to a second aspect of the present invention, there is provided a call taxi dispatch system including a call taxi management server that provides a call taxi recommendation service, wherein the call taxi management server is within a predetermined traffic congestion schedule and a predetermined range between the call taxi terminal and the passenger terminal. A call taxi dispatch system based on route recommendation that recommends the ranking of each item to the call taxi terminal so that the passengers have a choice about the passenger terminal based on the degree of passengers compared to the wait call taxi is provided.

Here, the call taxi management server according to the second aspect of the present invention may further have a choice on the passenger terminal based on the roaming distance between the call taxi terminal and the passenger terminal and the distance between the passenger terminal and the destination of the passenger. The ranking of each item may be recommended to the call taxi terminal.

The call taxi management server according to the second aspect of the present invention may include: a first location information collector configured to acquire first location information of the passenger terminal in response to the call taxi request when a call taxi is requested from the passenger terminal; A second location information collection unit which frequently acquires second location information of the call taxi terminal in operation within a limited time range; A roaming distance calculator configured to calculate a roaming distance between the passenger terminal and the call taxi terminal based on the first positional information and the second positional information; And a first recommendation information generation unit generating first passenger recommendation information ranked according to a short distance of the roaming distance and recommending the first passenger recommendation information to the call taxi terminal.

In addition, the call taxi management server according to the second aspect of the present invention, when there is a call taxi request including a call taxi ride and a destination from the passenger terminal to obtain the fifth location information of the passenger terminal in response to the call taxi request; Location information collecting unit; A sixth location information collecting unit obtaining sixth location information corresponding to the destination; A ride distance calculator configured to calculate a ride distance between the passenger terminal and a destination based on the fifth location information and the sixth location information; And a third recommendation information generation unit generating third passenger recommendation information ranked according to a short distance of the ride distance and recommending the third passenger recommendation information to the call taxi terminal.

The call taxi management server according to the second aspect of the present invention may further include: a third location information collection unit configured to acquire third location information of the passenger terminal in response to the call taxi request when the call taxi boarding is requested from the passenger terminal; A fourth location information collection unit for obtaining fourth location information of the call taxi terminal in operation within a limited time range; A wandering time calculator configured to calculate a wandering time according to a degree of traffic congestion between the passenger terminal and the call taxi terminal based on the third location information and the fourth location information; And a second recommendation information generation unit for generating second passenger recommendation information ranked according to a short distance of the roaming time and recommending the second passenger recommendation information to the call taxi terminal.

In addition, the call taxi management server according to the second aspect of the present invention is a seventh position in which a plurality of passengers are located within a predetermined range in response to the call taxi request when there is a call taxi request including a call taxi ride and a destination from the passenger terminal. A seventh location information collecting unit for obtaining the information; An eighth position information collecting unit which obtains eighth position information of the call taxi terminal within the predetermined range; A ratio calculator configured to calculate a ratio of passengers to the waiting call taxi based on the seventh position information and the eighth position information; And a fourth recommendation information generation unit generating fourth passenger recommendation information ranked according to a high degree of the ratio and recommending the fourth passenger recommendation information to the call taxi terminal.

In addition, the call taxi management server according to the second aspect of the present invention, the call taxi terminal at least one or more items of the degree of roaming distance, the amount of surrounding traffic congestion, the degree of passenger destination distance and the number of passengers compared to the waiting call taxi to the call taxi terminal Recommended item notification unit for notifying; An item information receiver configured to receive sequentially assigned item information sequentially listing the items preferred by the call taxi driver; And an item rank recommending unit for assigning a priority to each item based on the sequentially assigned item information and recommending the item to the call taxi terminal.

According to a third aspect of the present invention, there is provided a method comprising: (a) receiving, at a call taxi server, a call request including a call taxi ride and a destination; (b) sequentially recommending each item to the call taxi terminal based on the degree of traffic congestion and the amount of passengers compared to the waiting call taxi in response to the call request; (c) informing the call taxi server of permission to ride a passenger arbitrarily selected by the call taxi driver according to the recommendation of each item; And (d) informing the passenger terminal of the taxi number and arrival time in response to the boarding permit for the passenger. The call taxi dispatch method based on the route recommendation is provided.

Here, in the step (b) according to the third aspect of the present invention, in response to the call request, each item is sequentially sent to the call taxi terminal based on the degree of the roaming distance between the call taxi driver and the passenger and the destination distance of the passenger. I can recommend it.

In addition, the step (b) according to the third aspect of the present invention, (b-1) obtaining location information of the passenger and the call taxi driver, respectively; (b-2) calculating a roaming distance between the passenger terminal and the call taxi terminal based on the respective position information; And (b-3) recommending passenger recommendation information ranked according to a short distance of the roaming distance to the call taxi terminal.

In addition, the step (b) according to the third aspect of the present invention, (b-4) obtaining the position information of the passenger and the position information of the destination; (b-5) calculating a ride distance between the passenger terminal and the destination based on the respective position information; And (b-6) recommending passenger recommendation information ranked according to a short distance of the ride distance to the call taxi terminal.

In addition, the step (b) according to the third aspect of the present invention, (b-7) obtaining the position information of the passenger and the call taxi driver, respectively; (b-8) calculating a roaming time according to the amount of ambient traffic congestion between the passenger terminal and the call taxi terminal based on the respective position information; And (b-9) recommending, to the call taxi terminal, passenger recommendation information ranked according to a short amount of the roaming time.

In addition, the step (b) according to the third aspect of the present invention, (b-10) step of obtaining each of the position information of the plurality of the passenger and call taxi driver within a predetermined range; (b-11) calculating a ratio of passengers to the waiting call taxi based on the respective position information; And (b-12) generating passenger recommendation information ranked according to the ratio and recommending it to the call taxi terminal.

In the step (b) according to the third aspect of the present invention, the priority may be given to the call taxi terminal based on the sequentially assigned items from the call taxi terminal.

Further, according to a fourth aspect of the present invention, according to one aspect of the present invention, a call taxi dispatch system including a call taxi management server providing a call taxi recommendation service, wherein the call taxi management server is a roaming distance between the call taxi terminal and the passenger terminal. Route recommendation for recommending the rank of each item to the call taxi terminal so as to have a choice on the passenger terminal based on at least one of a degree, a surrounding traffic congestion degree, a passenger's destination distance degree, and a passenger's greater degree of waiting call taxi. Based call taxi dispatch system is provided.

The present invention provides a route suitable for call taxi weather conditions by recommending a route to a call taxi driver according to each item among the degree of roaming distance between the call taxi driver and the passenger, the degree of surrounding traffic congestion, the distance of the destination of the passenger, and the degree of passengers compared to the waiting call taxi. It is possible to prepare for operation, reducing unnecessary operation, and reducing the operating cost and operating time.

In addition, the present invention by giving priority to each item in a customized form preferred by the call taxi driver, it is effective to increase the work efficiency, reduce the running cost and operating time.

1 is a diagram exemplarily illustrating a call taxi dispatch system 1000 based on route recommendation according to a first embodiment of the present invention.
FIG. 2 is a diagram exemplarily illustrating a call taxi management server 200 to which a recommendation route for an item having a roaming distance according to a first embodiment of the present invention is applied.
FIG. 3 is a diagram exemplarily illustrating a call taxi management server 200 to which a recommendation route for an item of a degree of congestion of surrounding traffic according to the first embodiment of the present invention is applied.
4 is a diagram illustrating a call taxi management server 200 to which a recommendation route for an item of a destination distance according to a first embodiment of the present invention is applied.
FIG. 5 is a diagram exemplarily illustrating a call taxi management server 200 to which a recommendation route is applied for an item having a large number of passengers compared to a standby call taxi according to the first embodiment of the present invention.
6 is a diagram illustrating an additional configuration of the call taxi management server 200 according to the first embodiment of the present invention.
FIG. 7 is a diagram exemplarily illustrating a call taxi dispatch method S100 based on route recommendation according to the second embodiment of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings, so that those skilled in the art can easily carry out the present invention. In the drawings, like reference numerals refer to the same or similar functions throughout the several views.

First Embodiment

1 is a diagram exemplarily illustrating a call taxi dispatch system 1000 based on route recommendation according to a first embodiment of the present invention.

As shown in FIG. 1, the call taxi dispatch system 1000 based on the route recommendation includes a passenger terminal 100, a call taxi management server 200, a call taxi terminal 300, and a wireless communication network 400.

The passenger terminal 100 according to the present invention is a terminal owned by a passenger who wants to board a call taxi, and is a terminal that requests a call taxi and receives a corresponding call taxi according to the request. The passenger terminal 100 is provided in plural according to the call request of the passenger and sends a call taxi ride request to the call taxi management server 200 via the wireless communication network 400.

In addition, the call taxi management server 200 is a server providing a call taxi recommendation service to give various taxi selection options to a call taxi driver. The call taxi management server 200 responds to a call request of a plurality of passenger terminals 100 and meets the operating conditions of a passenger and a call taxi. The call taxi terminal 300 is managed to allocate call taxis. In particular, the call taxi management server 200 may include at least one of a roaming distance between a call taxi driver (call taxi terminal) and a passenger (passenger terminal), a degree of surrounding traffic congestion, a destination distance of a passenger, and a degree of a large number of passengers compared to a waiting call taxi. Based on the number of choices for passengers, the taxi driver will be recommended in rank form for each item.

Here, the ranking of each item was used as a purpose of covering the degree of roaming distance between the call taxi driver and the passenger, the amount of surrounding traffic congestion, the degree of the destination distance of the passenger, and the degree of more passengers compared to the waiting call taxi. The ranking recommendation of each item may be determined by calculating a roaming distance, a traffic volume, a distance and a time, respectively, based on the location information of the plurality of call taxi terminals 300 and the passenger terminal 100.

On the other hand, the call taxi terminal 300 according to the present invention selects the desired passenger according to the recommendation of the call taxi management server 200, and informs the call taxi management server 200, if necessary, the customized form for each item After selecting the desired item, and informs it to the call taxi management server 200, it may be provided only the item accordingly.

In addition, the call taxi terminal 300 according to the present invention may inform the selected passengers of the taxi number and arrival time to the corresponding passenger terminal 100 through the call taxi management server 200. This determination is of course also possible in the call taxi management server 200.

Finally, the wireless communication network 400 according to the present invention is a wireless network formed between the passenger terminal 100 and the call taxi management server 200 and between the call taxi management server 200 and the call taxi terminal 300. Preferably it may be a mobile communication network.

As such, the call taxi dispatch system 1000 according to the first embodiment of the present invention creates optimized items and recommends them to the call taxi driver, and at the same time, the route recommendation for each item of the customized form desired by the call taxi driver is provided. By doing so, not only can you increase your profits in terms of operating your company, but you can also save money and time in the face of busy traffic.

Hereinafter, a more specific configuration of route recommendation from the perspective of the call taxi management server 200 will be described.

Item example about roaming distance

FIG. 2 is a diagram exemplarily illustrating a call taxi management server 200 to which a recommendation route for an item having a roaming distance according to a first embodiment of the present invention is applied.

Referring to FIG. 2, the call taxi management server 200 according to the present invention generates a first location information collection unit 202, a second location information collection unit 204, a roaming distance calculation unit 206, and first recommendation information generation. Section 208.

First, when the call taxi boarding is requested from the passenger terminal 100, the first location information collecting unit 202 acquires first location information of the passenger terminal 100 in response to the call taxi request. The second location information collecting unit 204 frequently acquires second location information of the call taxi terminal 300 in operation within a limited time range. Here, the acquisition of the first location information is performed only once because the passenger makes a call taxi request at the designated location, but the acquisition of the second location information can be obtained from time to time due to the characteristics of the call taxi being moved.

Next, the roaming distance calculator 206 according to the present invention is based on the first position information acquired by the first position information collector 202 and the second position information acquired by the second position information collector 204. By calculating the roaming distance between the plurality of passenger terminal 100 and one call taxi terminal 300, respectively. In this case, since the call taxi terminal 300 is moving, each roaming distance may be calculated according to an arbitrary position selected for a limited reference time.

For this reason, the first recommendation information generation unit 208 according to the present invention ranks according to the shortness of the roaming distance obtained from the roaming distance calculation unit 206, generates the first passenger recommendation information, and then calls it to the taxi taxi terminal. Send to 300.

For example, if the roaming distance between the first passenger and the call taxi is 1000m, the roaming distance between the second passenger and the call taxi is 2000m and the roaming distance between the third passenger and the call taxi is 1500m, the order of 1000m> 1500m> 2000m May be recommended to the call taxi terminal 300.

Item example of around traffic congestion degree

FIG. 3 is a diagram exemplarily illustrating a call taxi management server 200 to which a recommendation route for an item of a degree of congestion of surrounding traffic according to the first embodiment of the present invention is applied.

As shown in FIG. 3, the call taxi management server 200 according to the present invention includes a third location information collecting unit 210, a fourth location information collecting unit 212, a roaming time calculating unit 214, and a second recommendation. An information generator 216 is included.

First, when the call taxi boarding is requested from the passenger terminal 100, the third location information collecting unit 210 acquires third location information of the plurality of passenger terminals 100 in response to the call taxi request.

On the other hand, the fourth location information collection unit 212 according to the present invention obtains the fourth location information of the call taxi terminal 300 in operation from time to time within a limited time range. Here, the acquisition of the third location information is performed only once because the passenger makes a call taxi request at a designated location, but the acquisition of the fourth location information may be obtained from time to time due to the characteristics of the call taxi being moved.

Next, the roaming time calculation unit 214 according to the present invention is based on the third position information of the third position information collecting unit 210 and the fourth position information of the fourth position information collecting unit 212 based on the plurality of passengers. The roaming time is calculated according to the degree of surrounding traffic congestion between the terminal 100 and one call taxi terminal 300. At this time, the ambient traffic congestion degree is usually obtained in connection with a well-known traffic condition system.

For example, a road CCTV, a road camera, traffic information input by a communication operator, and the like may be an example of a traffic situation system. As a result, the distance can be obtained from the third position information and the fourth position information, and the traffic congestion time can be obtained by multiplying the traffic congestion degree according to the distance. However, it should be noted that the algorithm is not necessarily limited to this.

Finally, the second recommendation information generation unit 216 according to the present invention ranks according to the shortness of the roaming time calculated by the roaming time calculation unit 224, and generates the second passenger recommendation information and then call taxi terminal. Recommended by 300.

For example, if the wandering time between the fourth passenger and the call taxi is two hours, the wandering time between the fifth passenger and the call taxi is three hours, and the wandering time between the sixth passenger and the call taxi is 30 minutes, 30 minutes> 2 A route recommendation may be made to the call taxi terminal 300 in the order of time> 3 hours.

Item example about the distance to destination

4 is a diagram illustrating a call taxi management server 200 to which a recommendation route for an item of a destination distance according to a first embodiment of the present invention is applied.

As shown in FIG. 4, the call taxi management server 200 according to the present invention includes a fifth location information collecting unit 218, a sixth location information collecting unit 220, a ride distance calculating unit 222, and a third recommendation. An information generator 224 is included.

First, when the call taxi boarding is requested from the passenger terminal 100, the fifth location information collecting unit 218 acquires fifth location information of the plurality of passenger terminals 100 in response to the call taxi request.

On the other hand, the sixth location information collection unit 220 according to the present invention obtains the sixth location information corresponding to the destination 500 to which the passenger wants to arrive. Here, the acquisition of the fifth location information is performed only once because the passenger requests a call taxi at a designated location, and the acquisition of the sixth location information may also be obtained at a time corresponding to the destination 500 by using a map or the like. . However, location information acquisition of the destination 500 may be obtained by using means other than a map.

Next, the ride distance calculation unit 222 according to the present invention is based on the fifth position information of the fifth position information collecting unit 218 and the sixth position information of the sixth position information collecting unit 220. The ride distance between 100 and the destination 500 is calculated. The ride distance calculation can be solved using the accumulation of maps. However, it is not necessarily limited thereto.

Finally, the third recommendation information generation unit 224 according to the present invention ranks according to the shortness of the ride distance obtained by the ride distance calculation unit 222 and generates the third passenger recommendation information, and then the call taxi terminal 300. It is recommended.

For example, the ride distance between the seventh passenger and the destination 500 is 2000 m, the ride distance between the eighth passenger and the destination 500 is 5000, and the ride distance between the ninth passenger and the destination 500 is 1500 m. In this case, the route may be recommended to the call taxi terminal 300 in the order of 1500m> 2500m> 5000m.

Items with more passengers than waiting call taxis

FIG. 5 is a diagram exemplarily illustrating a call taxi management server 200 to which a recommendation route is applied for an item having a large number of passengers compared to a standby call taxi according to the first embodiment of the present invention.

As shown in FIG. 5, the call taxi management server 200 according to the present invention may include a seventh location information collection unit 226, an eighth location information collection unit 228, a ratio calculation unit 230, and fourth recommendation information. The generation unit 232 is included.

First, when a call taxi request including a call taxi ride and a destination 500 is received from the passenger terminal 100, the seventh location information collecting unit 226 according to the present invention may be configured to include a plurality of locations within a predetermined range 600 in response to the call taxi request. Obtain seventh location information where the passenger is located.

The eighth location information collecting unit 228 according to the present invention obtains eighth location information of another call taxi terminal 300 within a predetermined range 600. In this case, of course, the location information of the plurality of call taxi terminals 300 is obtained. In addition, the call taxi terminal 300, which is a route recommendation, may also obtain location information.

Next, the ratio calculation unit 230 according to the present invention is a predetermined range (based on the seventh position information of the seventh position information collecting unit 226 and the eighth position information of the eighth position information collecting unit 228). Calculate the ratio of passengers to waiting call taxis within 600).

For example, if there are eight waiting call taxis in a predetermined range 600 and five passengers, a ratio of 5/8 * 100% = 62% is obtained, and waiting call taxis in a predetermined range 600 in another place. If there are 5 cars and there are 8 passengers, a ratio of 8/5 * 100% = 160% is obtained. Meanwhile, the call taxi terminal 300 receiving the route recommendation may or may not be within the predetermined range 600.

Finally, the fourth recommendation information generation unit 232 according to the present invention ranks according to the high degree of the ratio obtained from the ratio calculation unit 230, generates the fourth passenger recommendation information, and then calls the call taxi terminal 300. Recommend

For example, if the ratio of passengers to waiting call taxis in the first range is 10, the ratio of passengers to waiting call taxis in the second range is 30, and the ratio of passengers to waiting call taxis in the third range is 50. The route recommendation may be given to the call taxi terminal 300 in the order of> 30> 10.

As described above with reference to FIGS. 2 to 5, in the first embodiment of the present invention, various types of route recommendation are provided to the call taxi driver, thereby increasing the selection of the call taxi driver to increase the job satisfaction and the call taxi to the taste of the call taxi driver. Reduce operating costs and Euro costs.

Meanwhile, the call taxi management server 200 described with reference to FIGS. 1 to 5 may further include a recommendation item notification unit, an item information receiver, and an item rank recommendation unit in common.

6 is a diagram illustrating an additional configuration of the call taxi management server 200 according to the first embodiment of the present invention.

As shown in FIG. 6, the call taxi management server 200 according to the first embodiment of the present invention may further include a recommendation item notification unit 234, an item information receiving unit 236, and an item ranking recommendation unit 238. Can be.

First, the recommendation item notification unit 234 according to the present invention informs the call taxi terminal 300 of at least one or more items of a roaming distance, a surrounding traffic congestion, and a destination distance of a passenger. Then, the item information receiver 236 according to the present invention may be provided with sequential item information sequentially listing the items preferred by the call taxi driver. At this time, the sequential assignment item information refers to the result information listed in the order of requesting four items about the roaming distance, the surrounding traffic congestion, the destination distance of the passenger, and the degree of the passengers compared to the waiting call taxi.

The item ranking recommender 238 according to the present invention may give a priority to each item based on the sequentially assigned item information provided by the item information receiver 236 to inform the call taxi terminal 300. At this time, the priority given to the call taxi terminal 300 may be different from the order of the sequentially assigned items preferred by the call taxi driver. As such, by providing the taxi driver with a customized item preferred by the taxi driver, the work efficiency of the taxi driver can be improved.

Second Embodiment

FIG. 7 is a diagram exemplarily illustrating a call taxi dispatch method S100 based on route recommendation according to the second embodiment of the present invention.

As shown in FIG. 7, the call taxi distributing method (S100) based on the route recommendation according to the second embodiment of the present invention calls a call request including a call taxi boarding and a destination 500 sent from the passenger terminal 100 to a call taxi management server. Received at 200 (S110).

When the reception is completed, the call taxi management server 200 may respond to a call request from the passenger terminal 100 to determine a roaming distance between the call taxi driver and the passenger, a surrounding traffic congestion, a destination distance of the passenger, and a waiting call taxi. Each item is sequentially recommended to the call taxi terminal 300 based on at least one of many degrees (S120).

The sequential recommendation method for each item performed in the call taxi management server 200 is as follows.

First, in the case of an item of a roaming distance between the call taxi driver and the passenger, the recommendation method first obtains the location information of the passenger (passenger terminal) and the call taxi driver (call taxi terminal) in the call taxi management server 200, respectively. At this time, the passenger terminal 100 obtains a plurality of location information, the call taxi terminal 300 obtains one location information. The same may be true of other call taxi drivers.

Thereafter, the recommendation method calculates the roaming distance between the passenger terminal 100 and the call taxi terminal 300 based on the respective position information obtained from the passenger and the call taxi driver in the call taxi management server 200. The calculation of the roaming distance has been fully explained in FIG.

After that, the recommendation method is ranked according to the calculated short distance of the roaming distance, and makes this as passenger recommendation information and recommends the call taxi management server 200 to the call taxi terminal 300.

This method of recommendation is a useful way to reduce the cost of roaming operations and increase freight revenues.

Second, in the case of an item of the degree of surrounding traffic congestion between the call taxi driver and the passenger, the recommendation method first obtains location information of the passenger (passenger terminal) and the call taxi driver (call taxi terminal) from the call taxi management server 200, respectively. At this time, the passenger terminal 100 obtains a plurality of location information, the call taxi terminal 300 obtains one location information.

Thereafter, the recommendation method calculates the roaming time in the call taxi management server 200 according to the degree of surrounding traffic congestion between the passenger terminal 100 and the call taxi terminal 300 based on each location information obtained from the passenger and the call taxi driver. . At this time, the ambient traffic congestion degree is usually obtained in connection with a well-known traffic condition system.

Thereafter, the recommendation method recommends the passenger recommendation information, which is ranked according to the shortness of the roaming time calculated by the call taxi management server 200, to the call taxi terminal 300. A specific example has been described in FIG. 3.

Since the recommendation method of this principle reflects the roaming time by the degree of traffic congestion regardless of the distance, it is also useful to reduce the cost of roaming operation and increase the fare revenue.

Third, if the item is about the destination distance of the passenger, the recommendation method first obtains the location information of the passenger (passenger terminal) and the call taxi driver (call taxi terminal) from the call taxi management server 200, respectively. At this time, the passenger terminal 100 obtains a plurality of location information, the destination 500 also obtains one location information. In this case, the location information of the destination 500 may be obtained by using a map.

Thereafter, the recommendation method calculates a ride distance between the passenger terminal 100 and the destination 500 in the call taxi management server 200 based on the location information obtained from the passenger and the destination 500. Specific calculation examples have been described in FIG. 4. Thereafter, the recommendation method recommends the passenger recommendation information, which is ranked according to the shortness of the ride distance obtained from the call taxi management server 200, to the call taxi terminal 300. This method of recommendation is useful for increasing the cost of fare based on the distance traveled by a passenger.

Fourth, in the case of an item having a large number of passengers compared to the waiting call taxi, the recommendation method first includes location information of a plurality of passengers (passenger terminals) and the other party's call taxi driver (call taxi terminal) within a predetermined range (600). 200, respectively. At this time, the call taxi terminal 300 to be recommended is preferably located in the above-described range 600, but may be present in a location irrelevant to the range. On the other hand, the location information of the corresponding call taxi terminal 300 is also obtained and utilized.

Thereafter, the recommendation method calculates the ratio of the passenger to the waiting call taxi in the call taxi management server 200 based on the location information obtained from the plurality of passengers and the call taxi driver. The calculation example has been explained fully in FIG. Thereafter, the recommendation method generates passenger recommendation information ranked according to the ratio of passengers to waiting call taxis calculated by the call taxi management server 200 and recommends it to the call taxi terminal 300. This method of recommendation would be very useful when there are not many passengers and many competitive call taxi drivers.

As described above, step S120 according to the present invention recommends at least one or more of the four recommendation methods described above to the call taxi terminal 300 in a sequential order form, thereby widening the service selection range of the call taxi driver, increasing the driving charge, and operating the call taxi driver. It will be very useful for saving time.

 Subsequently, the call taxi dispatch method (S100) based on the route recommendation according to the present invention receives the recommendation content of each item performed in step S120 from the call taxi terminal 300 and then displays the call taxi terminal 300. Therefore, the call taxi driver reports the recommended contents of each item and informs the call taxi management server 200 that the passenger is allowed to board the vehicle after arbitrarily selecting the corresponding item and the passenger desired (S130). In this case, the taxi number and the arrival time may be sent together.

Then, the call taxi dispatch method (S100) according to the present invention confirms the ride permission for the passenger sent from the call taxi terminal 300, the taxi number and arrival time of the corresponding call taxi terminal 300 or sent from the call taxi terminal 300 The taxi number and arrival time are informed to the passenger terminal 100 (S140).

The call taxi dispatch method (S100) based on the route recommendation according to the second embodiment of the present invention may provide the call taxi driver with the route recommendation information ranked according to each item, thereby allowing the vehicle to operate accordingly.

Meanwhile, the call taxi dispatch method (S100) based on route recommendation according to the second embodiment of the present invention gives priority to the call taxi management server 200 based on the sequential assignment items sent from the call taxi terminal 300, and again. The call taxi may be provided to the terminal 300.

In this case, the priority to be given to the call taxi terminal 300 may be different from the order of the sequentially assigned items preferred by the call taxi driver. As such, by providing the taxi driver with a customized item preferred by the taxi driver, the work efficiency of the taxi driver can be improved.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the exemplary embodiments or constructions. You can understand that you can do it. The embodiments described above are therefore to be considered in all respects as illustrative and not restrictive.

100: passenger terminal 200: call taxi management server
202: first location information collection unit 204: second location information collection unit
206: roaming distance calculation unit 208: first recommendation information generation unit
210: third location information collecting unit 212: fourth location information collecting unit
214: roaming time calculation unit 216: second recommendation information generation unit
218: fifth location information collecting unit 220: sixth location information collecting unit
222: ride distance calculation unit 224: third recommendation information generation unit
226: seventh location information collecting unit 228: eighth location information collecting unit
230: ratio calculation unit 232: fourth recommendation information generation unit
234: recommended item notification unit 236: item information receiving unit
238: item ranking recommendation unit 300: call taxi terminal
400: wireless communication network 500: destination
600: range 1000: call taxi dispatch system

Claims (14)

A call taxi dispatch system including a call taxi management server that provides a call taxi recommendation service,
The call taxi management server,
Recommend the rank of each item to the call taxi terminal to have a choice of the passenger terminal based on the traffic congestion between the call taxi terminal and the passenger terminal and the number of passengers compared to the waiting call taxi within a predetermined range. Call taxi dispatch system based on route recommendation. The method of claim 1,
The call taxi management server,
The route recommendation is characterized by recommending the rank of each item to the call taxi terminal so as to have a choice of the passenger terminal based on the roaming distance between the call taxi terminal and the passenger terminal and the distance between the passenger terminal and the destination of the passenger. Based call taxi dispatch system. 3. The method of claim 2,
The call taxi management server,
A first location information collecting unit for obtaining first location information of the passenger terminal in response to the call taxi request when a call taxi is requested from the passenger terminal;
A second location information collection unit which frequently acquires second location information of the call taxi terminal in operation within a limited time range;
A roaming distance calculator configured to calculate a roaming distance between the passenger terminal and the call taxi terminal based on the first positional information and the second positional information; And
A first recommendation information generation unit for generating first passenger recommendation information ranked according to a short distance of the roaming distance and recommending the first passenger recommendation information to the call taxi terminal;
Call taxi dispatch system based on the route recommendation comprising a. 3. The method of claim 2,
The call taxi management server,
A fifth location information collection unit for obtaining fifth location information of the passenger terminal in response to the call taxi request when a call taxi request including a taxi ride and a destination is received from the passenger terminal;
A sixth location information collecting unit obtaining sixth location information corresponding to the destination;
A ride distance calculator configured to calculate a ride distance between the passenger terminal and a destination based on the fifth location information and the sixth location information; And
A third recommendation information generation unit generating third passenger recommendation information ranked according to a short distance of the ride distance and recommending the third passenger recommendation information to the call taxi terminal;
Call taxi dispatch system based on the route recommendation comprising a. The method of claim 1,
The call taxi management server,
A third location information collection unit for obtaining third location information of the passenger terminal in response to the call taxi request when the call taxi is requested from the passenger terminal;
A fourth location information collection unit for obtaining fourth location information of the call taxi terminal in operation within a limited time range;
A wandering time calculator configured to calculate a wandering time according to a degree of traffic congestion between the passenger terminal and the call taxi terminal based on the third location information and the fourth location information; And
A second recommendation information generation unit generating second passenger recommendation information ranked according to a short distance of the roaming time and recommending the second passenger recommendation information to the call taxi terminal;
Call taxi dispatch system based on the route recommendation comprising a. The method of claim 1,
The call taxi management server,
A seventh location information collecting unit for obtaining seventh location information in which a plurality of passengers are located within a predetermined range in response to the call taxi request when a call taxi request including a call taxi ride and a destination is received from the passenger terminal;
An eighth position information collecting unit which obtains eighth position information of the call taxi terminal within the predetermined range;
A ratio calculator configured to calculate a ratio of passengers to the waiting call taxi based on the seventh position information and the eighth position information; And
A fourth recommendation information generation unit generating fourth passenger recommendation information ranked according to a high degree of the ratio and recommending the fourth passenger recommendation information to the call taxi terminal;
Call taxi dispatch system based on the route recommendation comprising a. 7. The method according to any one of claims 2 to 6,
The call taxi management server,
A recommendation item notification unit to notify the call taxi terminal of at least one or more items of the roaming distance, the surrounding traffic congestion, the destination distance of the passenger, and the amount of passengers compared to the waiting call taxi;
An item information receiver configured to receive sequentially assigned item information sequentially listing the items preferred by the call taxi driver; And
An item rank recommending unit for assigning a priority to each item based on the sequentially assigned item information and recommending the item to the call taxi terminal;
Call taxi dispatch system based on the route recommendation further comprising. (a) receiving, at the call taxi server, a call request including a call taxi ride and a destination;
(b) sequentially recommending each item to the call taxi terminal based on the degree of traffic congestion and the amount of passengers compared to the waiting call taxi in response to the call request;
(c) informing the call taxi server of permission to ride a passenger arbitrarily selected by the call taxi driver according to the recommendation of each item; And
(d) informing the passenger terminal of the taxi number and arrival time in response to the boarding permit for the passenger;
Call taxi dispatch method based on the route recommendation comprising a. The method of claim 8,
The step (b)
And in response to the call request, sequentially recommending each item to the call taxi terminal based on a distance between the call taxi driver and the passenger and a destination distance of the passenger. The method of claim 9,
The step (b)
(b-1) obtaining location information of the passenger and the call taxi driver, respectively;
(b-2) calculating a roaming distance between the passenger terminal and the call taxi terminal based on the respective position information; And
(b-3) recommending passenger recommendation information ranked according to a short distance of the roaming distance to the call taxi terminal;
Call taxi dispatch method based on the route recommendation comprising a. The method of claim 9,
The step (b)
(b-4) obtaining location information of the passenger and location information of a destination;
(b-5) calculating a ride distance between the passenger terminal and the destination based on the respective position information; And
(b-6) recommending passenger recommendation information ranked according to a short distance of the ride distance to the call taxi terminal;
Call taxi dispatch method based on the route recommendation comprising a. The method of claim 8,
The step (b)
(b-7) respectively obtaining location information of the passenger and the call taxi driver;
(b-8) calculating a roaming time according to the amount of ambient traffic congestion between the passenger terminal and the call taxi terminal based on the respective position information; And
(b-9) recommending passenger recommendation information ranked according to the shortness of the roaming time to the call taxi terminal;
Call taxi dispatch method based on the route recommendation comprising a. The method of claim 8,
The step (b)
(b-10) respectively obtaining location information of the plurality of passengers and call taxi driver within a predetermined range;
(b-11) calculating a ratio of passengers to the waiting call taxi based on the respective position information; And
(b-12) generating passenger recommendation information ranked according to the ratio and recommending it to the call taxi terminal;
Call taxi dispatch method based on the route recommendation comprising a. The method according to any one of claims 8 to 11,
The step (b)
The call taxi dispatch method based on route recommendation, wherein the priority is given to the call taxi terminal based on the sequentially assigned items from the call taxi terminal.

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