TWI744714B - System for pointing out carrying a passenger to a vehicle chosen by a passenger destination and a method thereof - Google Patents

Abstract

A system for pointing out carrying a passenger to a vehicle chosen by a passenger destination and a method thereof are provided. By setting up a station host at a staring station, transmitting departure station data from a client to the station host, choosing a target vehicle according to the departure station data and vehicle information by the station host, and pointing out stopping and carrying a guest to the target vehicle when the target vehicle nears the staring station, the system and the method can avoid vehicle passed station without stopping, and can achieve the effect of avoiding passenger missed vehicle.

Description

System and method for selecting transportation means according to passengers' destination and prompting passengers to carry passengers

A system and method for prompting a vehicle for carrying passengers, in particular, a system and method for prompting passengers to be carried by selecting transportation means according to the destination of passengers.

Public transportation (mass transportation) system refers to all systems that are open to the public and provide transportation services by air, rail, road, water transportation and other means of transportation through civil aircraft, subways, trains, cable cars, buses, and ferries. . Each type of public transportation system provides one or more fixed transportation routes, and each transportation route includes multiple fixed locations where passengers can board and drop off.

Stations have different names according to different public transportation tools, such as air stations, stations, ferry stations, etc. The stations are established on the places where the transportation route passes. People can wait for transportation in the station and can be at the station. Point up and down transportation.

To take the public transportation system, you need to confirm the departure station and transportation route. In order for passengers who are not familiar with the station to confirm the disembarkation station and transportation route, in the station, all the transportation routes passing through the station and all the stations passed by all the transportation routes are usually exposed, and even some of the stations may be exposed. The transportation route map of the entire public transportation system. Passengers usually need to spend a lot of time to confirm the disembarkation station and transportation route. In the process of passenger confirmation, if the passenger does not notice that the transportation means of the available transportation route enters the station, the driver of the transportation means may not stop. Cause inconvenience to passengers.

In summary, it can be seen that there has been a long-term problem in the prior art that the means of transport may not stop passing stops. Therefore, it is necessary to propose improved technical means to solve this problem.

In view of the problem in the prior art that the means of transport may not stop at stops, the present invention discloses a system and method for selecting a means of transport and prompting passengers to carry passengers according to the destination of the passenger, in which:

The system for selecting transportation means and prompting passengers to carry passengers according to the destination of the passengers disclosed in the present invention at least includes: a client terminal for selecting a drop-off station and obtaining information of the passenger station under the drop-off station; a site host, which is set in the starting station, It is used to receive the information of the disembarkation station and obtain the information of the means of transport, and to select the target means of transport based on the information of the disembarkation station and means of transport, and to indicate the target means of transport when the target means of transport is close to the starting station based on the information of the means of transport.

The method for selecting transportation means and prompting passengers according to the destination of the passengers disclosed in the present invention includes at least the steps of: the client selects the drop-off station and obtains the information of the drop-off station; the client transmits the drop-off station data to the site host, The site host is set in the starting station; the site host obtains the transportation means information; the site host selects the target transportation means based on the passenger station data and transportation means information; the site host judges that the target means of transport is approaching the starting station based on the transportation means information, Prompt the target vehicle.

The system and method disclosed in the present invention are as above. The difference with the prior art is that the present invention sets up a site host in the initial station. After the client transmits the off-site data to the site host, the site host depends on the means of transportation. Information and disembarkation station data to select the target means of transport, and when it is judged that the target means of transport is close to the starting station, prompt the target means of transport to enter the station to carry passengers, so as to solve the problems of the previous technology and achieve the goal of preventing passengers from missing the target means of transport. Technical efficacy.

In the following, the features and implementation of the present invention will be described in detail with the drawings and embodiments. The content is sufficient to enable any person familiar with the relevant art to easily and fully understand the technical means used by the present invention to solve the technical problems and implement them accordingly. The achievable effect of the present invention.

According to the present invention, the site host can prompt the target vehicle to carry passengers at the starting station when it is judged that the target vehicle that can reach the passenger station selected by the client is close to the starting station. Among them, the site host is set in the starting station.

The starting station and the disembarking station mentioned in the present invention are usually bus stations, but the present invention is not limited to this. The starting station and disembarking station may also be MRT stations, railway stations, boat stations, ferry stations, etc. Generally speaking, the starting station and the disembarking station can have the same means of transportation.

Hereinafter, the system architecture diagram of selecting transportation means and prompting passengers to carry passengers according to the destination of the passengers mentioned in the “Figure 1” of the present invention is used to illustrate the operation of the system of the present invention. As shown in "Figure 1", the system of the present invention includes a client 110, a site host 120, a server 130, a message display device 150, a vehicle control host 160, and a signal control host 170 that can be attached. Among them, the client 110, the site host 120, the server 130, the message display device 150, the vehicle control host 160, and the flag control host 170 may all be computing devices.

The client 110 may be a mobile device such as a mobile phone, a tablet, etc., or may be a stop sign or an interactive device installed in the initial station. The above-mentioned stop sign reveals the stations through which the transportation route passes, and has input modules such as physical buttons; the above-mentioned interactive device includes an input module and a display module, for example, it can play advertisements and provide a touch screen for querying transportation routes, but The present invention is not limited to this.

The client 110 is responsible for selecting the drop-off station. The client 110 can provide the user to click or select an icon, picture, or button displayed on the screen representing the off-station, or it can provide the user to press the physical button corresponding to the off-station, or it can provide the user to speak Or write down the name of the passenger station and other input operations, so as to select the passenger station according to the user's input operation.

In some embodiments, the client 110 may also provide the location data of the input destination. In the present invention, the location data of the destination may also be represented by "destination data". The destination mentioned in the present invention includes, but is not limited to, landmarks, intersections, or specific locations; the destination information provided by the client 110 can be the name of the landmark, the name of the intersection, the address of the destination, or the latitude and longitude, etc., but the present invention Not limited to this.

The client 110 can also select a passenger station based on the input destination information. Generally speaking, the client 110 can select the station closest to the destination as the drop-off station, but the present invention is not limited to this. For example, the client 110 may also select multiple stations within a range set by the user as the drop-off station.

The client 110 is also responsible for obtaining site information of the selected guest station. In the present invention, the station data of the drop-off station may also be expressed as "drop-off station data". The site data mentioned in the present invention is data that can indicate a specific site, for example, the name or identification code of the specific site, but the present invention is not limited to this. The client 110 can pre-store the site data of all the sites, and read out the off-station data such as the station name or identification code of the off-site from the stored site data, but the client 110 can also obtain the off-site data in different ways. Limited to the above.

The client 110 is also responsible for transmitting the read information of the guest station to the site host 120. In the present invention, the connection mode between the client 110 and the site host 120 is not particularly limited. Any connection mode that can transmit the off-site information to the site host can be used in the present invention, for example, the client The 110 can be connected to the site host 120 through a cable or a network cable, and can also be connected to the site host 120 through wireless technologies such as WiFi, Bluetooth, or near-end communication (NFC).

The site host 120 is responsible for obtaining transportation information. The vehicle information obtained by the site host 120 may include the status data of one or more vehicles, and the status data of each vehicle may include the location information and/or arrival time information of the vehicle, or Including the passenger loading status of the vehicle, but the status data mentioned in the present invention is not limited to the above. Among them, transportation means can provide passengers to board and board at the starting station, such as bus, passenger, MRT, train, etc. Each means of transportation corresponds to a transportation route; location information can indicate the current position of the means of transportation, such as latitude and longitude coordinates Etc.; the arrival time information can indicate the time when the transportation means arrive at the starting station, for example, the scheduled arrival time or the remaining time of arrival, etc.; the passenger status can indicate the number of passengers on the transportation means, the number of vacancies, etc.

The site host 120 can respectively receive the status data of each transportation tool transmitted by the vehicle control host 160 installed on each transportation tool through wireless communication technologies such as WiFi, Near End Communication (NFC) or 3G/4G/5G. , The site host 120 can obtain transportation information by receiving the status data of all transportation means; the site host 120 can also receive the transportation including the status data of all transportation means sent by the server 130 through a wired or wireless network Tool information.

The site host 120 is also responsible for receiving the disembarking station data of the destination station transmitted by the client 110 via a wired or wireless network, and is responsible for selecting the target transportation means that can reach the disembarking station based on the received station data and transportation information. In more detail, the site host 120 can pre-store the site data of all the sites where passengers can drop off in the transportation routes of all means of transportation, and can search for all the transportation routes that contain the drop off station data from the stored site data. , And then select a vehicle that meets the conditions for carrying passengers as the target vehicle based on the status data of all vehicles corresponding to the searched transport route in the transport information.

Generally speaking, the above-mentioned passenger loading conditions are usually the shortest distance from the starting station or the minimum remaining time to reach the starting station, that is, the station host 120 can base on the location information in the status data of each vehicle And/or arrival time information, the vehicle with the shortest distance from the starting station or the fastest arriving at the starting station is selected as the target vehicle, but the passenger loading conditions mentioned in the present invention are not limited to this, for example, loading Passenger conditions can also be the least time required to arrive at the drop-off station, the shortest distance to the drop-off station, or the lowest number of stops to the drop-off station. The station host 120 can calculate to the drop-off station based on the stations in the transportation route. The number of stations traveled can also be calculated based on the distance between the station contained in the station data and the neighboring station Calculate the time to arrive at the passenger station by the average travel time between periods, so as to select the means of transportation that meets the conditions for carrying passengers. In some embodiments, the passenger loading conditions may also include multiple conditions. For example, in addition to the above one condition, the passenger loading conditions may also include conditions such as the number of passengers being below a certain value or the number of vacancies on the vehicle being above a certain value. .

The site host 120 is also responsible for judging whether the selected target vehicle is close to the starting station based on the received vehicle information. The site host 120 can determine that the distance between the target vehicle and the starting station is less than a preset distance threshold based on the location information and/or the arrival time information in the status data of the target vehicle, or determine the target vehicle When the arrival time at the starting station is less than the time threshold, it is judged that the target transportation means is approaching the starting station, but the present invention is not limited to this. For example, the site host 120 may also receive the load set on the target transportation means With the status data sent by the control host 160, it is determined that the target vehicle is approaching the starting station.

The site host 120 is also responsible for prompting the target vehicle to stop in the station to carry passengers when judging that the selected target vehicle is approaching the starting station. The site host 120 can generate passenger information, and can transmit the passenger information to the vehicle control host 160 installed on the target vehicle through wireless communication technology, or can transmit the passenger information to the vehicle control host 160 through a wired or wireless network. The message display device 150 arranged at the starting station can prompt the target vehicle to stop in the station to carry passengers through the vehicle control host 160 or the message display device 150. In addition, the site host 120 can also send the passenger information to the vehicle control host 160 or the message display device 150 through the server 130.

The site host 120 can determine the pitting sequence of the target transportation means relative to all other means of transportation that will enter the station, and if the pitting sequence of the target means of transportation is higher than the preset number of temporary stops at the starting station, a signal will be generated. Control signal. Wherein, the site host 120 can determine the entry sequence of the target means of transport based on the location and/or entry time information in the status data of each means of transport in the means of transport information, or it can be set on the target means of transport based on the received The sequence of the status data sent by the vehicle control host 160 determines the entry sequence of the target vehicle. However, the method for the site host 120 to determine the inbound sequence of the target transportation means is not limited to the above.

The site host 120 can also transmit the generated signal control signal to the associated signal control host 170, so as to control the traffic signal through the signal control host 170. Wherein, the site host 120 can directly send the signal control signal to the associated signal control host 170 via a wired or wireless network, or send the signal control message to the server 130 via a wireless network, so that the server 130 The signal control signal is forwarded to the associated signal control host 170.

The server 130 can receive the status data of the transportation means transmitted by the vehicle control host 160 installed on each transportation means through the wireless network, and can integrate the received status data into the transportation means information. Wherein, the server 130 can generate corresponding transportation means information for each station, and integrate the state data of the transportation means into the transportation means information corresponding to the station according to the stations that the transportation route of the transportation means passes through.

The server 130 can also be connected to the site host 120, the message display device 150, and the signal control host 170 via a wireless network, and can receive passenger loading messages or signal control signals sent by the site host 120, and can also connect all The received passenger-carrying message is sent to the message display device 150 installed at the same site as the site host 120 that sent the passenger-carrying message, or the generated transportation information can be sent to the site host 120, and the received The signal control signal of is sent to the signal control host 170 associated with the site host 120 that issued the signal control signal. The server 130 can search the pre-stored data based on the identification data of the site host 120, the message display device 150, and the flag control host 170, or search for the message display device 150 that is set on the same site as the site host 120. The site host 120 of the site corresponding to the transportation information, or search for the sign control host 170 associated with the site host 120.

The message display device 150 can receive the passenger carrying message sent by the server 130 via a wireless network, and can also receive the passenger carrying message sent by the site host 120 via a wired or wireless network. The message display device 150 can also display the received passenger loading message or can light up the indicator light (not shown in the figure) provided on the message display device 150 when the passenger loading message is received, so that the indicator light on the message display device 150 Display the passenger light signal to prompt the driver of the target vehicle to stop and pick up passengers in the station.

The vehicle control host 160 can be an on-board computer or a computing device connected to the on-board computer that can obtain the status data of the vehicle. The vehicle control host 160 can also be connected to the site host 120 or server 130 via a wireless network. It can also send the acquired status data of the means of transportation to the server 130 or the site host 120, or can receive the passenger information sent by the server 130 or the site host 120, and display the received passenger information Or, when a passenger carrying message is received, it will light up the indicator light indicating that it will carry passengers in the station.

The signal control host 170 is associated with the start station, and can be connected to one or more traffic signals (not shown in the figure) through a wired or wireless network. Generally speaking, both the signal control host 170 and the traffic signal are arranged in a certain range around the starting station associated with the signal control host 170, but the present invention is not limited to this.

The signal control host 170 can also be connected to the site host 120 via a wired or wireless network, or can be connected to the server 130 via a wireless network. The signal control host 170 can receive the signal control message sent by the site host 120 or the server 130, and can control the connected traffic signal according to the received signal control message.

Next, an embodiment is used to explain the operating system and method of the present invention, and please refer to "Figure 2A" for the flow chart of the method of selecting transportation means according to the destination of the passengers and prompting the passengers as mentioned in the present invention. In this embodiment, it is assumed that the means of transportation is a bus, and the starting station and the disembarking station are bus stops, but the present invention is not limited to this.

When the originating station supports the present invention, after the user approaches a certain range of the originating station or enters the originating station, the user can operate the client terminal 110 to select a passenger station (step 210). In this embodiment, if the client 110 is a bus stop sign, and suppose that the bus stop sign lists the names of all stations on the transportation route with one or more bus numbers, and each station name corresponds to a button, the user You can press a button on the bus stop sign, so that the client 110 selects the station corresponding to the button pressed by the user as the drop-off station, and loads the station data corresponding to the button pressed by the user (down Passenger station data); and if the client 110 is a user’s mobile device or an interactive device that can display advertisements and status data of various transportation means, it is assumed that the mobile device or interactive device can connect to the site host through near-end communication or wireless communication 120 Download the route information of the transportation route of all transportation vehicles, and display the names of all stations on the transportation route of one or more bus numbers based on the downloaded route information. The user can use the touch screen of the mobile device or interactive device Click on the name or icon of a station, so that the mobile device or interactive device can select the station indicated by the name or icon clicked by the user as the target station, and can read the name or icon clicked by the user The station data corresponding to the indicated station (off-passenger station data).

After the client 110 obtains the off-site information, the client 110 may transmit the obtained off-site information to the site host 120 (step 220). In this embodiment, if the client 110 is a bus stop sign or an interactive device, the client 110 can transmit the off-station data to the site host 120 via a wired or wireless network; if the client 110 is a mobile device, the client The terminal 110 can transmit the off-site data to the site host 120 via a wireless network.

After the site host 120 receives the drop-off station data sent by the client 110, the site host 120 can obtain transportation information (step 230). In this embodiment, it is assumed that there are four transportation routes 109, 315, 602, and 710 passing through the starting station, three transportation routes 109, 315 and 602 passing through the passenger station, and the transportation routes between 109 and 602 from the starting station to the passenger station The stations passing by are the same. If the server 130 is included in this embodiment, the vehicle control host 160 set on the vehicle corresponding to any one of the three transportation routes 109, 315, or 602 can obtain the status data of the transportation tool, and can The obtained status data is sent to the server 130 via the wireless network. After the server 130 receives the status data of the transportation tool sent by the vehicle control host 160, it can respectively generate information corresponding to the site hosts 120 installed in the stations passing by the transportation route, and include all the received status data. Transportation means information, for example, the server 130 can generate the starting station transportation means information including the status data of the means of transportation corresponding to the four transportation routes 109, 315, 602, and 710, and it can also generate the transportation means information including the three transportation means 109, 3015, and 602. The transportation information of the disembarking station in the state data of the transportation corresponding to the route. The site host 120 can connect to the server 130 to download the corresponding transportation information generated by the server 130.

After the site host 120 obtains the transportation means information (step 230), the site host 120 can select the target transportation means based on the received passenger station data and the acquired transportation means information (step 250). In this embodiment, the site host 120 can pre-store route information, and the stored route information includes the station sequence and station data of transportation routes such as 109, 315, 602, 710 and so on. The site host 120 can determine, based on the stored route information, that the transportation routes containing the off-station data are three transportation routes: 109, 315, and 602. The site host 120 can obtain the status data of all the transportation means corresponding to the three transportation routes 109, 315, and 602 judged from the transportation means information. Assuming that there are two transportation means driving in each transportation route, the station The host 120 can read the status data of the six transportation means, and can determine which of the six acquired status data of the transportation means satisfies the passenger carrying condition, so that the means of transportation that has the status data meeting the passenger carrying condition can be used as the target transportation. tool.

After the site host 120 selects the target transportation means, the site host 120 can determine whether the target transportation means is close to the starting station according to the transportation means information (step 260). In this embodiment, it is assumed that the target transportation means is the first transportation means of the transportation route 109. The site host 120 can read the status data of the target vehicle from the vehicle information. After that, the site host 120 can calculate the distance between the target vehicle and the starting station based on the location information in the status data and the location information of the starting station, and determine whether the distance between the target vehicle and the starting station is less than a predetermined distance. The set distance threshold may be calculated based on the arrival time information and current time information in the status data to calculate the time when the target vehicle arrives at the starting station, and determine whether the time when the target vehicle arrives at the starting station is less than the time threshold. When the distance between the target vehicle and the starting station is less than the preset distance threshold or the time when the target vehicle arrives at the starting station is less than the time threshold, the site host 120 can determine that the target vehicle is approaching the starting station .

If the site host 120 determines that the target vehicle is not yet close to the starting station, the site host 120 can again determine whether the target vehicle is close to the starting station based on the newly acquired vehicle information (step 260); if the site host 120 determines the target When the transportation vehicle approaches the starting station, the site host 120 may prompt the target transportation vehicle to stop and carry passengers (step 280). In this embodiment, assuming that a message display device 150 is provided in the starting station, the site host 120 can generate a passenger carrying message corresponding to the transportation route of the target transportation means, and can transmit the carrying message through a wired or wireless network For the message display device 150, after receiving the passenger load message, the message display device 150 can light up the passenger load light signal corresponding to the transportation route of the target vehicle according to the passenger load message, for example, display the light signal 109.

In this way, through the present invention, the driver of the means of transport can know that there are passengers in the station that will enter the station to get on the train, avoiding the situation that the means of transport does not stop at the station.

In the above embodiment, if the site host 120 can be directly connected to the signal control host 170 associated with the originating station, or indirectly connected to the signal control host 170 through the server 130, then the site host 120 is based on the transportation means information After judging that the target vehicle is approaching the starting station (step 260), as shown in the process shown in "Figure 2B", the site host 120 can judge the arrival order of the target vehicle (step 271), and can read the preset After that, the site host 120 can determine whether the stop order of the target transportation means is higher than the temporary stop number of the start station (step 273).

If the arrival sequence of the target vehicle is less than or equal to the number of temporary stops at the starting station, the site host 120 may prompt the target vehicle to stop and carry passengers (step 280); and if the pit sequence of the target vehicle is higher than the initial stop The number of temporary stops of the station, the site host 120 can generate a signal control signal (step 275), and can transmit the generated signal control signal to the signal control host 170 associated with the start station, so that the signal control The host 170 controls the connected traffic signal according to the received signal control signal (step 277), so that the transportation vehicles stranded in the starting station because they are not affected by the traffic signal leave the starting station as soon as possible, thereby allowing the target The transportation vehicle can enter the starting station as soon as possible.

In summary, it can be seen that the difference between the present invention and the prior art is that after the client transmits the off-station data to the site host set in the initial station, the site host selects the target transportation based on the transportation information and off-station data. It is a technical means to prompt the target means of transport to carry passengers when it is judged that the target means of transport is approaching the starting station. This technical means can solve the problem of the prior art that the means of transport may not stop at the station, thereby avoiding passenger misses The technical effect of the target vehicle.

Furthermore, the method of selecting transportation means and prompting passengers to carry passengers according to the destination of the present invention can be implemented in hardware, software, or a combination of hardware and software, and can also be implemented in a centralized manner in a computer system or with different components Distributed in a number of interconnected computer systems implemented in a decentralized manner.

Although the embodiments of the present invention are disclosed as above, the content described is not intended to directly limit the scope of patent protection of the present invention. Any person with ordinary knowledge in the technical field to which the present invention belongs, without departing from the spirit and scope of the present invention, makes slight modifications to the form and details of the implementation of the present invention, all belong to the patent protection of the present invention. Scope. The scope of patent protection of the present invention shall still be determined by the scope of the attached patent application.

110: client 120: Site Host 130: server 150: message display device 160: Vehicle control host 170: Signal control host Step 210: The client selects the drop-off station and obtains the information of the drop-off station Step 220: The client sends the data of the guest station to the site host Step 230: Site host obtains transportation information Step 250: The site host selects the target transportation means based on the information of the off-station and transportation means Step 260: The site host determines whether the target vehicle is close to the starting station based on the vehicle information Step 271: The site host judges the entry sequence of the target vehicle Step 273: The site host judges whether the incoming order is higher than the temporary stop number of the starting station Step 275: The site host generates a signal control signal Step 277: The site host transmits the signal control signal to the signal control host associated with the originating station, thereby controlling the traffic signal connected to the signal control host Step 280: The site host prompts the target vehicle

Figure 1 is a diagram of the system architecture for selecting transportation means and prompting passengers to carry passengers according to the destination of the passengers mentioned in the present invention. Fig. 2A is a flow chart of the method of selecting transportation means according to the destination of passengers and prompting passengers to carry the passengers according to the present invention. Figure 2B is a flow chart of the method for controlling traffic signs when the target vehicle cannot enter the station according to the present invention.

Step 210: The client selects the drop-off station and obtains the information of the drop-off station

Step 220: The client sends the data of the guest station to the site host

Step 230: Site host obtains transportation information

Step 250: The site host selects the target transportation means based on the information of the off-station and transportation means

Step 260: The site host determines whether the target vehicle is close to the starting station based on the vehicle information

Step 280: The site host prompts the target vehicle

Claims (8)

A method for selecting transportation means and prompting passengers to carry passengers according to the destination of passengers. The method includes at least the following steps: a client selects a passenger station and obtains the information of one of the passenger stations; the client transmits the information of the passenger station to a station Click the host, the site host is set in a starting station; the site host obtains a transportation means information; the site host selects a target transportation means based on the drop-off station data and the transportation means information; the site host depends on the transportation When the tool information judges that the target vehicle is approaching the starting station, the target vehicle will be prompted; the host of the site judges the pitting order of one of the target vehicles; judging that the pitting order is higher than the number of temporary stops at the starting station When, generate and transmit a signal control signal to at least one signal control host associated with the starting station; and control the traffic signal connected to the at least one signal control host. For example, the method of selecting transportation means according to the destination of the passenger and prompting passengers to carry the method described in item 1 of the scope of patent application, wherein the step of the site host prompting the target means of transportation is for the site host to send a passenger carrying message to the target transportation Tool, or the host of the site sends the passenger message to a message display device so that the message display device displays the passenger message or lights up the passenger lamp. For example, the method of selecting the transportation means according to the destination of the passenger and prompting the passengers as described in item 1 of the scope of patent application, wherein the site host selects the target means of transportation based on the information of the disembarking station and the means of transportation information is the site The host judges that at least one shipment contains the data of the drop-off station The transportation route, and based on the transportation means information, the transportation route selects the step of the target transportation means that meets the passenger-carrying conditions. For example, the method of selecting transportation means according to the destination of the passenger and prompting the passenger as described in item 1 of the scope of patent application, wherein the step of the client selecting the disembarking station is to input a destination data for the client and based on the destination data Choose the drop off station. A system for selecting transportation means and prompting passengers to carry passengers according to the destination of passengers. The system at least includes: a client for selecting a passenger station and obtaining the information of one of the passenger stations; and a station host, which is set at a starting point In the station, it is used to receive the data of the disembarking station and obtain the information of a means of transport, and select a target means of transport based on the information of the disembarking station and the means of transport, and to determine that the target means of transport is approaching the starting point according to the information of the means of transport. At the start station, the target vehicle is prompted; at least one signal control host is associated with the start station, and each of the signal control host is connected to at least one traffic signal, the site host determines the target vehicle A stop order, and when it is judged that the stop order is higher than the stop number of the starting station, a signal control signal is generated and transmitted to the at least one signal control host, so as to control the at least one traffic signal. For example, the system for selecting transportation and prompting passengers according to the destination of the passenger described in item 5 of the scope of patent application, wherein the system further includes a message display device for receiving a passenger information generated by the site host, and Display the passenger carrying message or light up the passenger carrying signal, so that the host of the site prompts the target transportation means to carry passengers through the message display device. As described in item 5 of the scope of patent application, the system for selecting transportation means and prompting passengers according to the destination of passengers, wherein the site host determines at least one transportation route containing the information of the disembarking station According to the information of the transportation means, the transportation route selects the target transportation means that meets the passenger-carrying conditions. For example, the system for selecting transportation and prompting passengers according to the destination of the passenger described in item 5 of the scope of patent application, wherein the client inputs a destination data and selects the drop-off station based on the destination data.

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