KR20160018940A - Service providing system and method for guiding a nearby station, apparatus and computer readable medium having computer program recorded therefor - Google Patents

Abstract

The present invention relates to a nearby station guide system and method, a device used therefor, and a recording medium having a computer program, and more specifically, to a nearby station guide system and method, a device used therefor, and a recording medium having a computer program, wherein a nearby station is searched in using public transportation, a recommended station is provided in consideration of an arrival time of an available transportation and a time taken to arrive to the corresponding station from a current position, and a walking speed of a user who moves to the recommended station is measured to support the user to arrive in the arrival time of the available transportation. According to the present invention, a recommended station which can be used to go to a destination is provided, an arrival time of each public transportation at each recommended station and an estimated arrival time of a user based on a walking speed of the are compared to notify the user of controlling the walking speed if the user is estimated to be late for the arrival time of the public transportation, thereby helping the user not to miss the public transportation to enhance user convenience.

Description

[0001] The present invention relates to a system and method for providing a near stop guide service, an apparatus therefor, and a recording medium on which a computer program is recorded.

[0001] The present invention relates to a peripheral stop guide system and method, an apparatus therefor, and a recording medium on which a computer program is recorded. More particularly, the present invention relates to an apparatus and method for searching for a nearby stop at the time of public transportation, And provides the user with a recommended stop time by measuring the walking speed of the user moving to the recommended stop to allow the user to arrive within the arrival time of the available transportation means, And a recording medium on which a computer program is recorded.

In addition to the development of navigation systems and communication networks, a variety of services have been emerging to support route guidance using public transportation and walking means for users moving on foot beyond route guidance for existing vehicles.

However, these services merely guide the simple walking route and the arrival time of each public transportation means, and therefore, the user must select a stop which can go to the destination in the shortest time, so efficient route guidance can not be provided for the walking In fact.

Furthermore, even if the user traveling to the nearby stop knows the arrival time for the vicinity stop of the public transport, if the walking speed does not meet the required speed in consideration of the user's current location and the distance of the nearby stop, Frequent occurrences of missing public transport due to the inability to arrive on time.

Therefore, it is required to develop a device for recommending a suitable stop that can arrive at the user's walking speed at the user's arrival time in accordance with the arrival time of the public transportation means, and guidance of a sufficient walking speed to arrive at the arrival time of the public transportation means .

Korean Patent No. 10-0627808 [Description of the Invention: Method of providing geographical information through linkage of a walking section and / or a public transportation section in a mobile communication network]

The present invention proposes a suitable stop that can arrive at the user's walking speed in accordance with the arrival time of the public transportation means at the user's walking speed and guides the walking speed so that it can be reached at the arrival time of the public transportation means .

The apparatus for providing the nearby stop guide service according to the embodiment of the present invention includes a location information collection unit for receiving user location information from a user device of a user moving on foot, one or more route information items based on user location information and destination information A stop management unit for collecting route information providing time and arrival time information of each public transportation means for each stop, and a stop management unit for collecting arrival time information for each stop from the user's current location according to the user location information received from the location information collecting unit, A recommendation stopping unit for selecting one or more recommended stopping stations considering the walking time and the arrival time information from the current position to the stopping point and transmitting the selected stopping station to the user equipment and accumulating the position information of the user received from the position information collecting unit, And measures at least one of the recommended stops And a walking speed guide unit for providing guidance information on whether to adjust the walking speed by comparing the arrival time information and the estimated arrival time calculated based on the distance between the current position of the user and the recommended stopping point and the actual walking speed .

As an example related to the present invention, the walking speed guide unit may provide guidance information for increasing the actual walking speed in correspondence with a recommended stopping time that is slower than the arrival time according to the arrival time information.

According to an embodiment of the present invention, the recommended stop providing unit displays each recommended stop on a basis of at least one of minimum transfer, minimum walk, and minimum cost based on the destination information according to the route information, .

As an example related to the present invention, the walking speed guide unit may generate guide information such that the color of the recommended stopping area requiring an increase in the actual walking speed is different from the recommended stopping area having a different walking speed.

As an example related to the present invention, the walking speed guide unit may generate guide information for each recommended stopping area and display the matching information at the position of each recommended stopping place in the user equipment.

As an example related to the present invention, the walking speed guide unit may include a preset speed range setting unit that, when a predetermined dangerous area exists between the current position of the user and the recommended stop, and is approaching within a predetermined reference distance in the dangerous area based on the user's current position, And generating guidance information for lowering the actual walking speed with respect to the stopping point.

As an example related to the present invention, the walking speed guide selects a recommended stop located within a preset range based on the selection information received from the user device or the current position of the user from among one or more recommended stops, And the information is provided.

The user equipment for guiding the peripheral stop according to the embodiment of the present invention includes a location information generating unit for receiving location information of a user moving on foot, a route information generating unit for generating one or more route information based on user location information and destination information, A station management unit for collecting information on arrival time of each public transportation means for each stop, a stopping unit for stopping the current position of the user from the current position of the user according to the user position information received from the position information generating unit, A recommended stop assistant selecting and providing one or more recommended stopping stations considering the walking arrival time and the arrival time information to the stopping point and accumulating the position information of the user to measure the actual walking speed, The distance between your current position and the recommended stop and the actual walking speed Second comparing the calculated estimated time of arrival and arrival time information may include a walk speed guidance that provides guidance information to control whether or not the walking speed.

The peripheral stop guide service method according to an embodiment of the present invention includes the steps of receiving user location information and destination information from a user device, and providing a peripheral stop guide service The apparatus generating at least one route information based on the user location information and the destination information, the peripheral stop guide service providing apparatus collecting the arrival time information for each public transportation means for each stop, the peripheral stop guidance service providing apparatus Selecting at least one recommended stop considering the walking arrival time and the arrival time information from the current position of the user to the stop among the usable stops according to the route information at the current position of the user according to the user location information and transmitting the selected stop to the user device And nearby stop guide The service providing device measures the actual walking speed by accumulating the user location information, calculates an estimated arrival time and arrival time information calculated based on the distance between the current position of the user and the recommended stop and the actual walking speed for at least one of the recommended stops And providing guidance information on whether or not the actual walking speed is adjusted to the user device.

The recording medium according to the embodiment of the present invention may store a computer program for performing the above-described method of providing the nearby stop guide service.

The peripheral stop guidance service system according to the embodiment of the present invention generates at least one route information based on the user device transmitting the user location information and the destination information of the user moving on foot and the user location information and the destination information, In accordance with the route information at the current location of the user according to the user location information received from the user, the walking time from the current position of the user to the stop, and the arrival time information of each stop, And calculating the actual walking speed based on the distance between the current position of the user and the recommended stop and the actual walking speed with respect to at least one of the recommended stops, Compare estimated arrival time and arrival time information Guide information for the control if the actual walking speed may include a service providing device for transmitting to the user equipment.

The present invention provides a recommended stop available to a destination and compares the arrival time of each public transportation means with the estimated arrival time according to the walking speed of the user for each recommended stop and if the user arrives slower than the arrival time of the public transportation means It is possible to inform the user whether or not the walking speed is adjusted and to prevent the public transportation means from being missed, thereby increasing the user convenience.

In addition, the present invention has an effect of increasing user convenience by selecting and providing an optimal recommended stop based on the walking time and the arrival time of each public transportation means among the stops available for movement to the destination of the user.

In addition, according to the present invention, whether or not a speed increase is required is displayed by distinguishing the recommended stopping points so that the user can determine a recommended stopping point that can arrive before the arrival time of the public transportation means at the user's walking speed among the recommended stopping places, It is effective to support the use of public transportation.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a configuration diagram of a peripheral stop guide service system according to an embodiment of the present invention; FIG.
BACKGROUND OF THE INVENTION 1. Field of the Invention [0001]
3 is a diagram illustrating an example of providing a recommended stop for a user equipment of an apparatus for providing a stop guide service according to an embodiment of the present invention;
4 is an exemplary diagram for providing guidance information to a user equipment of an apparatus for providing a stop guide service according to an embodiment of the present invention;
FIG. 5 is an exemplary diagram for providing guidance information according to occurrence of a dangerous area in a user equipment of an apparatus for providing a stop guide service according to an embodiment of the present invention; FIG.
FIG. 6 is a detailed block diagram of a user device for guidance of a peripheral stop according to an embodiment of the present invention; FIG.
7 is a flowchart illustrating a method of providing a peripheral stop guide service according to an embodiment of the present invention.

Hereinafter, detailed embodiments of the present invention will be described with reference to the drawings.

FIG. 1 is a configuration view of a peripheral stop guide service system according to an embodiment of the present invention. As shown in FIG. 1, the apparatus includes a peripheral stop guide service providing apparatus 200 communicating with a user apparatus 100 via a communication network. The public transportation service providing apparatus 300 may further include a public transportation service providing apparatus 300 that communicates with the apparatus 100 and the nearby stopping and stop service providing apparatus 200 through a communication network and provides arrival time information on arrival times of public transportation means.

At this time, various widely known communication methods can be applied to the communication network. Each user device 100 may be a navigation terminal, a tablet PC, a laptop, a smart phone, a personal digital assistant (PDA), a mobile communication terminal ), Etc., and the peripheral stop guide service providing apparatus 200 and the public transport service providing apparatus 300 may be configured as a server.

The apparatus 200 for providing the nearest stop guidance service according to the present invention generates at least one route information based on the user location information and the destination information and transmits the route information to the user at the current position of the user according to the user location information received from the user apparatus 100 It is possible to select one or more recommended stopping points in consideration of the walking reaching time from the current position of the user to each stopping point and the arrival time information of each stopping place among the usable stops according to the route information, have.

In addition, the peripheral stop guide service providing apparatus 200 measures the actual walking speed by accumulating location information of the user, calculates the actual walking speed based on the distance between the current position of the user and the recommended stop, and the actual walking speed The estimated arrival time and the arrival time information of each public transportation means are compared with each other, and the guide information on whether or not the actual walking speed is adjusted can be transmitted to the user device 100. [

Hereinafter, the detailed configuration of the peripheral stopping-time guidance service providing apparatus 200 will be described based on the above-described configuration.

FIG. 2 is a detailed block diagram of an apparatus 200 for providing a peripheral stop guide service according to an embodiment of the present invention. As shown in FIG. 2, a location information collecting unit 110, a route information providing unit 220, a stop management unit 230, A recommended stopping unit 240 and a walking speed guide unit 250. [

The location information collecting unit 210 may receive the user location information from the user device 100 of the user moving on foot.

The route information providing unit 220 receives the destination information from the user device 100 and transmits the map information stored in the map DB 270 based on the user location information and the destination information received through the location information collecting unit 110 One or more path information can be generated according to the information.

The stop management unit 230 may collect the arrival time information for each public transportation means for each stop through communication with the public transportation service providing apparatus 300 and store the arrival time information in the public transportation DB 260.

Based on the above-described configuration, the recommended stopping unit 240 is provided from the path information providing unit 220 at the current location of the user according to the user location information received from the location information collecting unit 210 as shown in FIG. Extracts the available stop from the map information stored in the map DB 270 according to each route information, and calculates a walking reach time from the current position of the user to the stop for each of the extracted stops, It is possible to select one or more recommended stops based on the arrival time of each public transportation means for the stop, generate the recommended stop information, and transmit the recommended stop information to the user device 100.

For example, the recommended stopping provisioning unit 240 selects a stop having the earliest arrival time for each public transportation means among the stops available according to the route information based on the current time, You can choose a stop that can be reached within the arrival time of the star as a recommended stop. At this time, the recommended stopping station providing unit 240 can calculate the walking reaching time according to the case of moving at a preset average walking speed with respect to each stopping point.

The recommended stopping station providing unit 240 also generates recommended stopping information including information on the arrival time of the walk for each recommended stop, the arrival time of each public transportation means, and the recommended stopping position information for each recommended stopping place, (100).

Accordingly, the user device 100 can display the position of each recommended stop on the map information previously stored based on the recommended stop information, and output it to each recommended stop displayed on the map information, The walking time information can be displayed.

In addition, the route information providing unit 240 may transmit the route information to the user equipment 100. Accordingly, the user equipment 100 may transmit the recommended route information, the route corresponding to the route information, It can be displayed on a map and output.

The recommended stopping station providing unit 240 selects one or more recommended stops based on at least one of the minimum transfer, the minimum distance, the minimum cost, and the minimum time among the stops available at the current position according to the route information, It is possible to generate the recommended stop information and transmit it to the user device 100.

For example, the recommended stopping station providing unit 240 selects the recommended stopping station 1 (1) and the recommended stopping station 2 (2) in the order that the arrival time of the walk is minimized based on the current position according to the user location information, And the user device 100 displays the recommended stop 1 (1) and the recommended stop 2 (2) in the order of minimizing the arrival time of the foot from the current position, as shown in FIG. can do.

4, the walking speed guide unit 250 may measure the actual walking speed by accumulating the position information of the user received from the position information collecting unit 210, and may calculate at least one of the recommended stops The estimated arrival time can be calculated based on the user's current position and the distance between the recommended stop and the actual walking speed, and then compared with the arrival time of each public transportation means.

Accordingly, the walking speed guide unit 250 generates guide information on whether or not the actual walking speed is adjusted according to whether the estimated arrival time among the recommended stops among the recommended stops is slower than the arrival time for each public transportation means, Device.

For example, as shown in FIG. 4, the walking speed guide unit 250 determines that the arrival time of the subway arriving at the recommended stop 2 (②) is 10:00, If the expected arrival time is 10:02, the user will arrive slower than the subway arrival time and miss the subway.

Therefore, the walking speed guide unit 250 may be configured to increase the actual walking speed as shown in the reference stop 2 (2) in which the expected arrival time is slower than the arrival time of each public transportation means according to the actual walking speed of the user, Speed increase need ', and transmits the generated guide information to the user device 100. [0050] FIG.

As an example, the walking speed guide 250 may generate the guide information for the recommended stop 2 to be displayed as an arrow image for displaying the speed increase as shown.

The walking speed guide unit 250 further transmits recommended route information corresponding to the recommended stop 2 (2) extracted from the map information stored in the map DB 270 in the guide information to the user device 100 The arrow image according to the guide information may be matched and displayed at the position of the recommended stop 2 (2) according to the recommended stop position information included in the guide information.

As shown in the figure, the walking speed guide unit 100 displays guide information for matching and displaying text information such as " need to increase the walking speed " for guiding the actual walking speed to be accelerated to the position of the recommended stop 2 in the map information To the user device 100, and the user device 100 can display the text information according to the guide information at the position of the recommended stop 2 (2).

In addition, the walking speed guide unit 250 may generate arrow information by using moving picture data such as flash or the like to generate guide information, and the user apparatus 100 that has received the guide information may display an arrow at the position of the recommended stop 2 (2) It is possible to output it as an animated image showing the increase in speed.

Also, the walking speed guide unit 250 may generate guide information in the form of a push message and transmit the guide information to the user device 100.

On the other hand, since the walking speed guide unit 250 does not require adjustment of the actual walking speed for the recommended stopping station 1 (1) that can arrive within the arrival time of the public transportation means at the actual walking speed, The guidance information may be generated so as not to be displayed and transmitted to the user device 100. [

In addition, the walking speed guide unit 250 can generate guide information for displaying the recommended stop position in a different color from the recommended stop position at the position of the recommended stop requiring an increase in the actual walking speed, It is possible to display the recommended stopping area requiring an increase in the actual walking speed in a different color from the other recommended stopping areas.

For example, the walking speed guide unit 250 generates guide information in which the position of the recommended stop 1 (1) capable of arriving within the arrival time of each public transportation means at the actual walking speed is set to green, and the recommendation stop 2 (2) is set to red, and transmits the generated guide information to the user device 100. The user device 100 can display the colors of the recommended stops differently according to the guide information.

In addition, the walking speed guide unit 250 may transmit the actual walking speed included in the guide information so that the user device 100 displays the actual walking speed so that the user can recognize whether the actual walking speed is increased or not .

Through the above-described process, the user can not only identify the recommended stop that can be reached at his own walking speed but also increase the walking speed when the user desires to use the recommended stop 2 (2) You can arrive before the arrival time corresponding to public transportation.

On the other hand, the walking speed guide unit 250 may transmit at least one of the estimated arrival time and the arrival time of each public transportation means to the guide information.

Accordingly, the user device 100 can update the walking arrival time according to the previously received recommended stopping information to the estimated arrival time and display it.

In addition, the walking speed guide unit 250 calculates the walking speed based on the user's walking speed and the current position with respect to each recommended stop before arriving at any one of the recommended stops based on the user position information of the position information collecting unit 210 The guide information can be generated in real time and transmitted to the user device 100. [

Accordingly, the user device 100 updates and displays the estimated arrival time according to the guide information previously received for each recommended stop with the estimated arrival time according to the guide information recently received, It is possible to indicate whether the actual walking speed is adjusted according to the guide information according to whether the time is slower than the arrival time per public transportation.

In addition, the walking speed guide unit 250 can collect the arrival time of each recommended transportation stopping unit for each recommended stop via the stopping station management unit 230 or the public transportation DB 260, The device 100 can update and display the arrival time of each public transportation means when the arrival time of each public transportation means changes at each recommended stop.

On the other hand, the walking speed guide unit 250 displays the walking speed information on the basis of the selection information received from the user device 100 or the current position of the user from among one or more recommended stops according to the recommended stop information provided from the recommended stopping device 240, And can provide the guide information to the user device 100 only for the selected recommended stop.

For example, the walking speed guide unit 250 may determine the current position according to the user location information in real time, and may display guide information provided for a recommended stop that does not fall within a predetermined range based on the current position of the user among the one or more recommended stops The guidance information can be provided only for the recommended stop that the user is expected to use.

In addition, the walking speed guide unit 250 generates guide information for each recommended stop in real time before the user apparatus 100 arrives at any one of the recommended stops or is out of a predetermined range from all the recommended stops, Lt; RTI ID = 0.0 > 100 < / RTI &

5, the walking speed guide unit 250 may include a route information providing unit 220, such as a crossing point A located between a user's current location and a recommended stopping area, based on route information provided from the route information providing unit 220, It is possible to determine whether the dangerous area is within a predetermined reference distance based on whether or not the set dangerous area exists and the user's current location.

If the dangerous area exists as a result of the determination, the walking speed guide unit 250 generates guidance information for lowering the actual walking speed when the dangerous area exists and approaches the dangerous area within a predetermined reference distance based on the current position of the user, .

At this time, the walking speed guide unit 250 may generate guide information corresponding to all the recommended stops, and may transmit the guide information to the user device 100. The walking speed guide unit 250 may include alarm information for outputting an alarm signal, .

Accordingly, the walking speed guide unit 250 can guide the user near the dangerous area to reduce the actual walking speed near the dangerous area through the guidance information.

According to the above-described configuration, the apparatus 200 for providing the nearest stop guidance service according to the embodiment of the present invention provides a recommended stop available to a destination, and calculates an arrival time for each public transportation means for each recommended stop, To provide guidance information to the user device 100 to increase the actual walking speed for a recommended stop that the user arrives at slower than the arrival time of the public transportation means, .

Meanwhile, a portion of the peripheral stop guide service providing apparatus 200 described above may be configured in the user apparatus 100, which will be described in detail with reference to FIG.

FIG. 6 is a block diagram of a user apparatus 100 for a peripheral stop guide according to an embodiment of the present invention. As shown in FIG. 6, a location information generating unit 110, a route information providing unit 120, a stop management unit 130, A recommended stopping unit 140, and a walking speed guide unit 150.

The location information generation unit 110 may generate user location information that moves on foot in cooperation with the communication unit 160 configured in the user device 100. [

The route information providing unit 120 may output the map information stored in the memory unit 190 through the output unit 180. The route information providing unit 120 may route the route information based on the user location information and the destination information input through the user interface unit 170, To generate one or more pieces of route information, and to display the respective pieces of route information on a map output through the output unit 180.

The stop management unit 130 can collect arrival time information of each stop means for each stop from the public transport service provision apparatus 300 or the peripheral stop guidance service provision apparatus 200 through the communication unit 160, It can be stored in the memory unit 190.

In addition, the recommended stopping station providing unit 140 may be configured to stop the user from among available stopping points according to the route information provided from the route information providing unit 120 at the user's current location according to the user location information received from the location information generating unit 110. [ The walking speed guide unit 150 may select at least one recommended stop considering the walking time from the current position to the stop and the arrival time information of each public transportation means.

In addition, the recommended stop assistant 140 can display a recommended stop on the map according to the map information output through the output unit 180, and match the arrival time of the walk and the arrival time of each public transportation means to the recommended stop Can be displayed through the output unit 180.

On the other hand, the walking speed guide unit 150 measures the actual walking speed by accumulating user location information provided through the location information generating unit 110, and calculates the walking speed using one or more recommended stops provided through the recommended stop providing unit 140 Comparing the estimated arrival time calculated on the basis of the distance between the current position of the user and the recommended stop and the actual walking speed with respect to at least one of the public transportation means and the arrival time information for each public transportation means to provide guidance information on whether or not the actual walking speed is adjusted .

More specifically, the walking speed guide unit 150 can measure the actual walking speed by accumulating the position information of the user received from the position information generating unit 110, and can calculate the actual walking speed of the user based on at least one of the recommended stops And the estimated arrival time calculated based on the actual walking speed and the distance between each recommended stop can be compared with the arrival time per public transportation means.

Accordingly, when the expected arrival time is slower than the arrival time of the public transportation means according to the actual walking speed of the user, the walking speed guide unit 150 may set the walking speed such as 'speed increase required' Guidance information for adjustment can be generated.

In addition, the walking speed guide unit 150 can display guide information generated corresponding to each recommended stop on the map output through the output unit 180, to be displayed at each recommended stop position.

In addition, the recommended stopping provisioning unit 140 may be implemented in various embodiments according to the recommended stopping and stopping unit 240 of the peripheral stopping and stopping service providing apparatus 200, It is needless to say that various embodiments may be applied to the walking speed guide unit 250 of the peripheral stop guide service providing apparatus 200.

FIG. 7 is a flowchart illustrating a method of providing a peripheral stop guide service according to an exemplary embodiment of the present invention. Referring to FIG. 7, a peripheral stop guide service providing apparatus 200, which communicates with a user apparatus 100 of a user moving on foot, And may receive user location information and destination information from the device 100 (S1).

Then, the route information can be generated based on the user location information and the destination information of the nearby stop-stop guide service providing apparatus 200 (S2).

Next, the peripheral stop guide service providing apparatus 200 can collect the arrival time information for each stopping mode by the public transportation means (S3).

Then, the peripheral stop guide service providing apparatus 200 transmits the walking arrival time from the current position of the user to the stop among the available stops according to the route information at the current location of the user according to the user location information, And selects one or more recommended stops to transmit to the user device 100 (S4).

Next, the peripheral stop guide service providing apparatus 200 measures the actual walking speed by accumulating the position information of the user (S5), and calculates the distance between the current position of the user and the recommended stop and the actual walking speed The estimated arrival time can be calculated (S6).

Then, the peripheral stop guide service providing apparatus 200 generates guidance information on whether or not the actual walking speed is adjusted according to whether the estimated arrival time is slower than the arrival time for each public transportation means for each recommended stop (S7) To the user device 100 (S8).

At this time, the peripheral stop guide service providing apparatus 200 generates guide information for each recommended stop in real time before the user apparatus 100 arrives at any one of the recommended stops, or before departure from a preset range from all recommended stop To the user device 100 (S9).

The method for providing the peripheral stop guide service according to the embodiment of the present invention can be written in a computer program, and the codes and code segments constituting the computer program can be easily deduced by a computer programmer in the field. In addition, the computer program is stored in a computer readable medium readable by a computer and read and executed by a computer, a user apparatus according to an embodiment of the present invention, a peripheral stop guidance service providing apparatus, A service providing method can be implemented.

The information storage medium includes a magnetic recording medium, an optical recording medium, and a carrier wave medium. The computer program implementing the method of providing the peripheral stop guide service according to the embodiment of the present invention can be stored and installed in the internal memory of the user apparatus and the peripheral stop guide service providing apparatus. Alternatively, an external memory such as a smart card storing and installing a computer program for implementing a peripheral stop guide service according to an embodiment of the present invention may be installed in a user apparatus and a peripheral stop guidance service providing apparatus through an interface.

The foregoing and other objects, features and advantages of the present invention will become more apparent from the following detailed description of the present invention when taken in conjunction with the accompanying drawings. However, the present invention is not limited to the above-described embodiments, and various changes and modifications may be made by those skilled in the art without departing from the scope of the present invention. .

The present invention provides a recommended stop available to a destination and compares the arrival time of each public transportation means with the estimated arrival time according to the walking speed of the user for each recommended stop and if the user arrives slower than the arrival time of the public transportation means It can be widely applied to various fields such as a navigation system, a map service system, and the like by informing whether the walking speed is adjusted or not to prevent the public transportation means from being missed.

100: user equipment 110: position information generating unit
120: Path information providing unit 130:
140: recommended station stopper 150: walking speed guide
160: communication unit 170: user interface unit
180: output unit 190: memory unit
200: Nearby stop guide service providing device
210: location information collecting unit 220: route information providing unit
230: stopping station management unit 140: recommended stopping station supply
250: walking speed guide unit 260: public transportation DB
270: Map DB 300: Public transportation service provision device

Claims (11)

A location information collecting unit for receiving user location information from a user device of a user moving on foot;
A route information providing unit for generating one or more route information based on the user location information and the destination information;
A station management unit for collecting information on arrival times of each public transportation means for each station;
And a controller for receiving at least one recommendation from the current position of the user according to the user position information received from the position information collecting unit in consideration of the walking reaching time from the current position of the user to the stopping point and the arrival time information, Selecting a stop and transmitting the selected stop to the user device; And
Wherein the control unit measures the actual walking speed by accumulating the position information of the user received from the position information collecting unit and calculates an actual walking speed based on the actual walking speed and the distance between the user's current position and the recommended stop for at least one of the recommended stops And a walking speed informing unit for providing guidance information on whether the walking speed is adjusted by comparing the estimated arrival time with the arrival time information. The method according to claim 1,
Wherein the walking speed guide unit provides the guide information for increasing the actual walking speed in association with a recommended stopping time that is slower than the arrival time according to the arrival time information. The method according to claim 1,
Wherein the recommendation stop providing unit displays each recommended stop by rank based on at least one of minimum transfer, minimum walk, and minimum cost based on the destination information according to the route information, and provides the recommended stop to the user equipment. Service provider. The method according to claim 1,
Wherein the walking speed guide unit generates the guide information so that a color of a recommended stop requiring an increase in the actual walking speed is displayed differently from a recommended stop having a different walking speed. The method according to claim 1,
Wherein the walking speed guide unit generates the guide information for each recommended stopping area so that the user equipment displays the recommended information at the position of each recommended stopping area. The method according to claim 1,
The walking speed guide unit may set a reference speed for all recommended stops if the preset danger zone located between the current position of the user and the recommended stop exists within the predetermined distance set in the dangerous area based on the current position of the user, Wherein the guide information generating unit generates the guide information for lowering the actual walking speed. The method according to claim 1,
The walking speed guide selects the recommended stop located within a predetermined range based on the selection information received from the user device or the current position of the user from among the one or more recommended stops to provide guide information on the selected stop Wherein the peripheral stop guide service providing apparatus comprises: A position information generating unit for receiving position information of a user moving on foot;
A route information providing unit for generating one or more route information based on the user location information and the destination information;
A station management unit for collecting information on arrival times of each public transportation means for each station;
Wherein the route information includes at least one of recommendation information of the user from the current location of the user according to the user location information received from the location information generation unit, A recommended stop assistant selecting and providing a stop; And
And calculating an estimated arrival time calculated based on the actual walking speed and a distance between a user's current position and a recommended stop for at least one of the recommended stops based on the position information of the user, And a walking speed informing unit for comparing the information to provide guidance information on whether or not the walking speed is adjusted. The peripheral stop guide service providing apparatus communicating with the user apparatus of the user moving on foot receives the user location information and the destination information from the user apparatus;
Wherein the peripheral stop guidance service providing apparatus generates at least one route information based on the user location information and the destination information;
Collecting arrival time information of the public transportation means for each bus stop by the peripheral stop guide service providing apparatus;
Wherein the peripheral stop guidance service providing apparatus receives at least one of at least one of the available stops from the current location of the user according to the user location information in consideration of the walking arrival time from the current location of the user to the stop, Selecting a recommended stop and transmitting the selected stop to the user equipment; And
Wherein the peripheral stop guidance service providing apparatus measures the actual walking speed by accumulating the user position information and calculates an actual walking speed based on the distance between the current position of the user and the recommended stop and the actual walking speed for at least one of the recommended stops Comparing the estimated arrival time with the arrival time information, and providing guidance information on whether or not the actual walking speed is adjusted to the user device. A computer program for performing the method of providing the peripheral stop guide service according to claim 9. A user device for transmitting user location information and destination information of a user moving on foot; And
The method includes generating at least one route information based on the user location information and the destination information and transmitting the route information from the current position of the user to the stop And transmits the selected one or more recommended stops to the user equipment, accumulates the location information of the user to measure the actual walking speed, And comparing the estimated arrival time calculated based on the actual walking speed with the arrival time information based on the distance between the current position of the user and the recommended stop and the actual walking speed for at least one of the recommended stops, To a user equipment The peripheral stop guide service system comprising:

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