Customized passenger transport system and method based on intelligent network connection

Abstract

The invention relates to the technical field of travel service, and discloses a customized passenger transport system and method based on intelligent network connection, and the method comprises the steps: carrying out the first matching and the confirmation of two parties, in a process that a target vehicle travels from a current position to a getting-on position of a target passenger according to a planned path, and in a process that the target passenger waits for the target vehicle, when one party plans to cancel an order, completing the operation of the target vehicle; order transfer and change are preferentially carried out, matching is carried out again after a preset condition is met, multiple selections are given to an order canceller in multiple stages within a preset time, and the order canceller can select how to process the order again at any moment; according to the scheme, multiple selections are provided according to passenger transport modes and stages to meet the cancellation reason of the dynamic change of the order canceller, the good experience of the cancelled party on the performance of the current order can be ensured in the process, and it is ensured that cancellation of the current order does not affect the cancelled party; the order transfer process and the rematching process are orderly carried out based on conditions, and smooth and efficient operation of the system is ensured.

Description

Technical Field

[0001] The present invention relates to the field of travel service technology, and in particular to a customized passenger transport system and method based on intelligent networking. Background Art

[0002] Customized passenger transport refers to a passenger transport service model designed according to the personalized needs of passengers. It provides passengers with a more convenient, comfortable and personalized travel experience through flexible operation methods and advanced information technology. Compared with traditional regular passenger transport with fixed routes and fixed schedules, customized passenger transport places more emphasis on arranging vehicles and routes according to the actual needs of passengers, thereby improving service quality.

[0003] In traditional passenger transport dispatching methods, a general dispatching end usually matches dispatchable vehicles with passenger orders. During the order fulfillment process, passengers or vehicles often cancel their orders. When one party cancels the order, the dispatching end re-matches the passenger order and the vehicle using the same dispatching strategy.

[0004] However, this dispatching method has the following problems: when a passenger or vehicle cancels an order, the dispatching end directly re-matches the passenger and vehicle respectively. Passengers and vehicles need to confirm whether they are satisfied with the new matching results again. If they are not satisfied, they will cancel and re-match again, which further increases the complexity and tediousness of the dispatching process. Repeated order cancellations and re-matching reduce the matching satisfaction of passengers and vehicles. Passengers may feel inconvenienced by frequent changes. This uncertainty and repeated changes reduce the user experience and increase the psychological burden. Vehicles may also affect operational efficiency due to frequent route adjustments, which may increase the empty driving rate of vehicles and increase operating costs. Due to repeated matching and cancellations, the dispatching end needs to constantly adjust resource allocation, resulting in a waste of resources. At the same time, frequent changes will increase the workload of the dispatching end and reduce the overall dispatching efficiency. Summary of the invention

[0005] The present invention aims to provide a customized passenger transport system and method based on intelligent networking, so as to improve the satisfaction of both drivers and passengers during the order cancellation process of customized passenger transport.

[0006] The basic solution provided by the present invention is: a customized passenger transportation method based on intelligent networking, the method comprising the following steps:

[0007] S100, obtaining a number of ride demand information and a number of vehicle status information, matching a target passenger and a target vehicle, and forming a current order after confirmation by both parties; the current order includes passenger transport mode information, passenger boarding location, and current location of the target vehicle; the passenger transport mode includes a fixed-schedule mode, a carpooling mode, and a chartered mode;

[0008] S200, the current order begins to be fulfilled. While the target passenger is waiting for the target vehicle, the target vehicle and the target passenger can cancel the order according to different passenger transport modes. The operation steps include:

[0009] S201, determining the passenger transport mode of the current order. If it is a fixed-flight mode, the order canceller is only the target passenger; if it is a carpooling mode or a chartered mode, both the target vehicle and the target passenger can be the order canceller;

[0010] S202: The order cancelling party initiates an order cancellation request, searches for a transfer object for the order cancelling party within a preset time, and rematches orders for the order cancelling party and the canceled party in a preset manner after the preset conditions are met;

[0011] S203, within the preset time, the order canceler can receive the search result and the re-matching result in real time, and can make another selection based on the current real-time search result and the re-matching result at any time within the preset time, and the re-selection includes continuing to perform the current order, transferring the order, re-matching and canceling the order;

[0012] S300, enter the normal passenger service process of the current order or new order.

[0013] Based on the above method, a customized passenger transportation system based on intelligent networking is also provided, including a passenger subsystem, a vehicle subsystem, a cloud subsystem and a communication subsystem;

[0014] The client subsystem includes several clients; the client includes an order module for collecting and sending ride demand information and confirming orders, and an order cancellation client module for sending order cancellation requirements, finding transfer objects and selecting again;

[0015] The vehicle-side subsystem includes several vehicle-sides; the vehicle-side includes a vehicle-mounted unit for collecting and sending vehicle status information, an order-receiving module for confirming orders, and an order-cancelling vehicle-side module for sending order cancellation requirements, finding transfer objects, and selecting again;

[0016] The cloud subsystem includes an order matching module, which is used to receive a number of ride demand information and a number of vehicle status information, match target passengers with target vehicles, and form an order after successful matching;

[0017] The communication subsystem is respectively connected to the client subsystem, the cloud subsystem, and the vehicle subsystem for communication, and is used to realize communication between the client subsystem, the cloud subsystem, and the vehicle subsystem, as well as communication between vehicles and between clients.

[0018] The working principle and advantages of the present invention are: after the initial matching and confirmation by both parties, when the target passenger and the target vehicle both maintain the current satisfaction, when one party plans to cancel the order, the order transfer change is given priority, and then re-matching is performed after the preset conditions are met. In this way, the order canceling party is given multiple options in multiple stages within a preset time, and the order canceling party can choose again at any time how to deal with the order.

[0019] The conventional optimization solution for order cancellation and rematching is to rematch based on the cancellation reason initiated by the order canceller at the current moment. For example, if the order canceller is determined not to use the car or thinks the car is too far away, if rematching is required, the order is directly adjusted after rematching to meet the needs of the order canceller. The problems with this optimization method are: 1) The experience of the canceled party is ignored. For example, the order canceller is a passenger, and the order is adjusted to fully meet the passenger's needs. However, when the canceller's vehicle is on the way and very close to the passenger, the order is canceled and needs to wait for reassignment; 2) This process solidifies the cancellation reason of the order canceller at a certain moment, and takes the order cancellation reason at a certain moment as the only processing option, which will cause the cancellation or rematching of the current order to only meet the reason requirements at the time of cancellation. In reality, whether it is the target vehicle or the passenger, the choice of whether to cancel the order changes all the time, and the reason for cancellation also changes all the time. Therefore, how to reasonably cancel and reallocate the order to meet the dynamically changing order cancellation reasons and ensure a good experience for both parties in the process is a technical difficulty.

[0020] In view of the technical difficulties faced by technical personnel in this professional field in the face of the above-mentioned problems, this solution adopts the following method: different order cancelers are identified through different passenger transport modes. After the order canceler proposes to cancel the order, the order is not canceled immediately, nor is the corresponding processing based on the cancellation reason of the order canceler at the current moment performed. Instead, an order transfer process is directly set within a preset time. By finding a transfer object for the current order, on the one hand, the fulfillment of the current order is guaranteed as much as possible without affecting the canceled party. On the other hand, the order transfer determination process is used to give the order canceler a thinking time to meet the dynamically changing cancellation reasons. After the order transfer is initiated, based on certain preset conditions, the order is re-matched for the order canceler and the canceled party. In this process, while maintaining the original satisfaction of both parties, the order canceler is re-matched, and while the order canceler is thinking, multiple options are provided for its dynamically changing cancellation reasons. By re-matching the order of the canceled party, it is ensured that when the order canceler decides to give up the current order or choose to re-match, a new matching order can be provided to the canceled party more quickly.

[0021] This solution goes beyond the conventional order cancellation method. On the basis of maintaining the fulfillment of the current order, it provides multiple options by passenger mode and stage to meet the dynamically changing cancellation reasons of the order canceling party through the order transfer process within the preset time and the rematching of the preset conditions of the order transfer process. In this process, it can also ensure that the canceled party has a good experience in the fulfillment of the current order and ensure that the cancellation of the current order has no impact on the canceled party. In addition, the order transfer process and the rematching process are carried out in an orderly manner based on certain conditions, which can ensure the smooth and efficient operation of the system. BRIEF DESCRIPTION OF THE DRAWINGS

[0022] Figure 1 A flow chart of a customized passenger transport method based on intelligent networking provided by an embodiment of the present invention;

[0023] Figure 2 A schematic diagram of the structure of a customized passenger transport system based on intelligent networking provided in an embodiment of the present invention. DETAILED DESCRIPTION

[0024] The following is a further detailed description through specific implementation methods:

[0025] Embodiment 1

[0026] Basically as attached Figure 1 As shown: A customized passenger transportation method based on intelligent networking, the method comprises the following steps:

[0027] S100, the cloud obtains a number of ride demand information and a number of vehicle status information through the client and vehicle ends respectively, and matches the target passenger and the target vehicle based on this. After the match is successful and confirmation from both parties is received, a current order is formed; the current order includes passenger transport mode information, passenger boarding location and current location of the target vehicle; the passenger transport mode includes fixed schedule mode, carpooling mode and chartered mode.

[0028] S200, the current order begins to be fulfilled. While the target passenger is waiting for the target vehicle, the target vehicle and the target passenger can cancel the order according to different passenger transport modes;

[0029] Specifically, the order cancellation steps include:

[0030] S201, determining the passenger transport mode of the current order. If it is a fixed-flight mode, the order canceller is only the target passenger; if it is a carpooling mode or a chartered mode, both the target vehicle and the target passenger can be the order canceller;

[0031] Fixed shift mode: fixed route, fixed time, passenger orders are based on fixed shifts, and pick-up routes are planned according to the order situation. In this scenario, there is no target vehicle cancellation, only target passenger cancellation.

[0032] The carpooling mode is: fixed route but irregular schedule, matching is completed based on multiple user orders and vehicle status, and the pick-up route is planned. In this scenario, both the target vehicle and the target passenger may be cancelled, and after the order is cancelled, a new order needs to be matched and a new itinerary needs to be planned.

[0033] The charter mode is: fixed route but irregular schedule, similar to online car-hailing. In this scenario, both the target vehicle and the target passenger are subject to cancellation, and the focus is on matching demand and vehicle implementation.

[0034] S202: The order cancelling party initiates an order cancellation request, searches for a transfer object for the order cancelling party within a preset time, and rematches orders for the order cancelling party and the canceled party in a preset manner after the preset conditions are met;

[0035] Specifically, in the fixed flight mode, when the order canceller is the target passenger:

[0036] The target passenger initiates an order cancellation request through the order cancellation module on the client side. Through the communication subsystem, information exchange between the clients is realized. The current order is marked with a transfer demand and sent to several transferable passengers with ride demand information near the passenger boarding location. Several transferable passengers provide feedback on acceptable transfer demands, and the target transfer passenger is determined based on the feedback.

[0037] Among them, the vicinity of the passenger boarding position is, respectively, with the passenger boarding position as the center, R as the radius to determine the search range, and expand a certain search range on the feasible path from the current position of the target vehicle to the passenger boarding position, that is, the path direction is searched with R1 greater than R, R can be 100-150m, R1 can be 250-300m, to ensure an effective search range. The interactive information is the passenger boarding position, as long as there is a passenger demand information near the passenger boarding position, they can be used as transferable passengers, and can be directly determined by the matching degree of the passenger boarding position.

[0038] The preset time can be 2-3 minutes, which meets the reasonable search, re-matching time and cancellation thinking time. During this period, the data flow is reasonable and will not cause a burden on the system operation.

[0039] The preset condition is that the re-matching process is started after a transfer object is found or a preset time after the search for the transfer object begins, such as 1 minute after the search for the transfer object begins. In this way, when the transfer object may not be found, the cloud subsystem can interact with the client and vehicle sides to start re-matching the new order, propose a new option for the party canceling the order, and prepare a new option for the party whose order is cancelled.

[0040] The preset method is to re-match the order for the order canceller and the canceled party at intervals. The interval can be 0.5-1 minute. This ensures that when the order canceller has a new order to choose and is selected, if there is no transferable vehicle, the canceled party will also have a new order to choose, ensuring the ride experience of the canceled party. The interval is turned on to avoid the order canceller making a choice before re-matching, and at the same time, it causes a waste of computing power of the cloud subsystem. In the fixed shift mode, since the route of the target vehicle is determined, when re-matching new passengers for the target vehicle, one way is for the target vehicle to match new passengers according to the original route and the target passenger boarding position. If there are new passengers at this boarding point, they can be picked up. If not, they will still pass through this route; another way is to match new orders between the routes of the previous station and the next station at the target passenger boarding position, expand the order matching range, improve the matching success rate, and fulfill new orders nearby while ensuring that the original route direction remains unchanged, minimizing the impact on the canceled party.

[0041] In the carpooling mode and charter mode, when the order canceller is the target passenger, the process is the same as the fixed shift mode. The difference is that compared with the fixed shift mode, the target vehicle route in these two modes is more flexible. When re-matching the target vehicle, in the carpooling mode, the new order is matched based on the route between the previous passenger point and the next passenger point of the target passenger's boarding position. In the charter mode, the new order is matched based on the current position of the target vehicle, which is more suitable for the re-matching needs of the target vehicle in the current mode.

[0042] When the order cancelling party is the target vehicle, the target vehicle initiates an order cancellation request through the vehicle-side order cancellation module, and realizes information interaction between the vehicles through the communication subsystem. The current order is marked with a transfer request and sent to several auxiliary vehicles that can interact near the target vehicle. Several auxiliary vehicles provide feedback on acceptable transfer requests, and the target transfer vehicle is determined based on the feedback.

[0043] Among them, the information interaction between the vehicle ends is carried out through the roadside units in the roadside system, and the interactive information includes the navigation path and current location of the vehicle; the vicinity of the target vehicle is the broadcast range of the nearest roadside unit in its driving direction when the target vehicle sends the order demand transfer moment.

[0044] Through the roadside units in the roadside system, several auxiliary vehicles that can interact are determined. The target vehicle marks the current order with a transfer demand and sends it to several auxiliary vehicles that can interact through the roadside unit. After several auxiliary vehicles receive the current order marked with the transfer demand, they calculate the matching degree between the vehicle and the current order based on the vehicle status information. Through path overlap, distance matching and time matching, the above factors are better than the target vehicle as the transfer condition. The transfer can be carried out only when the condition is met. On the basis of meeting the transfer conditions, the auxiliary vehicle determines whether to accept the transfer or not, and feeds back the acceptable transfer information or the unacceptable transfer information to the target vehicle through vehicle-to-vehicle interaction. The target vehicle processes all feedback information obtained from the interaction, including the vehicle's navigation path and current position, path overlap, distance matching and time matching, and selects the auxiliary vehicle that is closest to the target passenger or arrives at the passenger boarding point the fastest as the target transfer vehicle.

[0045] S202: within the preset time, the party cancelling the order can receive the search results and re-matching results in real time, and can make another selection based on the current real-time search results and re-matching results at any time within the preset time. The re-selection includes continuing to fulfill the current order, transferring the order, re-matching and canceling the order.

[0046] In S202, before the order cancelling party makes another choice and after the preset time, the order cancelling party still does not make another choice, the current order continues to be fulfilled, ensuring that the current orders of both parties are not affected by the idea of ​​order cancellation at a certain moment.

[0047] Specifically, the whole process is divided into the stage of searching for transfer objects, the stage of finding transfer objects, the stage of rematching, and the stage of rematching to new orders.

[0048] During the stage of searching for the transfer object, if the transfer object and the new order are not found, the party canceling the order can choose to continue to fulfill the current order or cancel the order. If it chooses to continue to fulfill the current order, the search will be stopped. If rematching has been enabled, rematching will be stopped at the same time. If it chooses to cancel the order, new orders will be immediately matched for the canceled party and the canceling party respectively.

[0049] In the stage of finding the transfer object, if the transfer object is found and there is no new order, the party who cancels the order can choose to continue to fulfill the current order, transfer the order or cancel the order. If you choose to continue to fulfill the current order, the transfer object found will be abandoned and feedback information will be sent to the transfer object; if you choose to transfer the order, the search will be stopped, and a new order will be established based on the transfer object and the canceled party, and the new order will begin to be fulfilled. Since the target transfer vehicle is closer than the target vehicle, and the target transfer passenger is also near the target passenger, for the new order, the canceled party can at least maintain the previous satisfaction, and can directly make adjustments without confirming the new order; if you choose to cancel the order, the order will be automatically transferred to maintain the interests of the canceled party. The transfer process is as above. After the order is canceled, the order canceler will not be re-matched within a certain period of time. The certain period of time is not less than the preset time, which can be 3-4 minutes, to ensure the appropriate interval time for not initiating or accepting orders, and also to ensure the reasonable operation of the system.

[0050] In the rematching stage, there is no new order at this time. The transfer object may be found or there is still no transfer object. If the transfer object is not found, select it according to the search stage. If the transfer object is found, select it according to the transfer object found stage.

[0051] In the stage of re-matching to a new order, there is a new order at this time, and the transfer object may be found or there may still be no transfer object. If the transfer object is found, the party canceling the order can choose to continue to fulfill the current order, transfer the order, re-match and cancel the order. If you choose to continue to fulfill the current order, you will give feedback on not transferring and not matching. If you choose to transfer the order, the order will be automatically transferred, and the process is as above. The party canceling can continue to choose to accept the new order or cancel the order. If you choose a new order, the canceling party will fulfill the new order, the current order will be automatically transferred, and the canceled party will fulfill the transferred order. If you choose to cancel the order, the current order will be automatically transferred, and the canceled party will fulfill the transferred order. The canceling party cannot accept orders within a certain period of time as above.

[0052] The search for transfer objects and re-matching are started in an orderly and reasonable manner with intervals and preset conditions, so that the party canceling the order has reasonable time to think. At the same time, multiple options are provided for the party canceling the order at each stage to meet the needs of dynamic changes in cancellation reasons. At the same time, various options are based on maintaining the satisfaction of the canceled party, ensuring a good passenger experience for both parties.

[0053] S300, enter the normal passenger service process of the current order or new order.

[0054] The present embodiment provides a customized passenger transport method based on intelligent networking, which breaks through the conventional order cancellation method. Through the order transfer process within a preset time and the re-matching of preset conditions in the order transfer process, it not only provides multiple options in multiple passenger transport modes and multiple stages to meet the dynamically changing cancellation reasons of the order canceling party, but also can ensure the canceled party's experience of the current order fulfillment. In addition, the order transfer process and the re-matching process are carried out in an orderly manner based on certain conditions, which can ensure the smooth operation and efficiency of the system.

[0055] Embodiment 2

[0056] The above embodiments provide some specific implementation methods of a customized passenger transportation method based on intelligent networking for this application. Based on this, this embodiment also provides a corresponding system that can implement the above method. The system provided by the embodiment of this application will be introduced from the perspective of functional modularization.

[0057] like Figure 2 The system shown includes a client subsystem, a vehicle subsystem, a cloud subsystem, and a communication subsystem;

[0058] The client subsystem includes several client terminals; the client terminal includes an order module for collecting and sending ride demand information and confirming orders, and an order cancellation client terminal module for sending order cancellation requests, finding transfer objects and selecting again; so as to realize the corresponding processes in the above method when the passengers and the order canceling party are passengers.

[0059] The vehicle-side subsystem includes several vehicle-sides; the vehicle-side includes an on-board unit for collecting and sending vehicle status information, an order-receiving module for confirming orders, and an order cancellation vehicle-side module for sending order cancellation requests, finding transfer objects and selecting again; so as to realize the corresponding processes when the target vehicle and the order cancellation party in the above method are the target vehicle.

[0060] The cloud subsystem includes an order matching module and a change marking module, which are used to receive a number of ride demand information and a number of vehicle status information, match the target passenger and the target vehicle, and form an order after the match is successful; the change marking module is used to mark the information after the current order is transferred, so as to realize the corresponding process of the initial order matching and re-matching in the above method.

[0061] The communication subsystem is respectively connected to the client subsystem, cloud subsystem, and vehicle subsystem for communication, and is used to realize communication between the client subsystem, cloud subsystem, and vehicle subsystem, as well as between vehicles and between clients. The communication with the client subsystem, cloud subsystem, and vehicle subsystem can be established by conventional information network, the communication between vehicles can be established by intelligent networked roadside system, and the communication between clients can be established by mobile phone delivery function technology and communication technology. In the process of order transfer, through the interaction between vehicles and clients, the system capacity is avoided from being insufficient, the interaction frequency of the cloud can be released, the information interaction can be diverted, and the interaction efficiency and smoothness of the whole system can be ensured.

[0062] The present embodiment provides a customized passenger transport system based on intelligent networking, which applies the intelligent networking mode well to the order cancellation process under the different passenger transport modes proposed in this solution. Through the cloud subsystem, the order matching can be completed promptly and quickly. At the same time, in the order cancellation process, unlike the conventional re-matching using the cloud subsystem, the order transfer is preferentially carried out through the form of vehicle-to-vehicle interaction and passenger-to-passenger interaction, which is beneficial to release the operating pressure of the cloud subsystem and, to a certain extent, is conducive to the smooth operation of the entire system.

[0063] The above is only an embodiment of the present invention. The common sense such as the known specific structure and characteristics in the scheme is not described in detail here. The ordinary technicians in the relevant field are aware of all the common technical knowledge in the technical field of the invention before the application date or priority date, can obtain all the existing technologies in the field, and have the ability to apply the conventional experimental means before that date. The ordinary technicians in the relevant field can improve and implement the scheme in combination with their own abilities under the enlightenment given by this application. Some typical known structures or known methods should not become obstacles for the ordinary technicians in the relevant field to implement this application. It should be pointed out that for the technicians in this field, without departing from the structure of the present invention, several deformations and improvements can be made, which should also be regarded as the protection scope of the present invention, and these will not affect the effect of the implementation of the present invention and the practicality of the patent.

Claims

1. A customized passenger transport method based on intelligent networking, characterized in that: The method comprises the following steps: S100, obtaining a number of ride demand information and a number of vehicle status information, matching a target passenger and a target vehicle, and forming a current order after confirmation by both parties; the current order includes passenger transport mode information, passenger boarding location, and current location of the target vehicle; the passenger transport mode includes a fixed-schedule mode, a carpooling mode, and a chartered mode; S200, the current order begins to be fulfilled. While the target passenger is waiting for the target vehicle, the target vehicle and the target passenger can cancel the order according to different passenger transport modes. The operation steps include: S201, determining the passenger transport mode of the current order. If it is a fixed-flight mode, the order canceller is only the target passenger; if it is a carpooling mode or a chartered mode, both the target vehicle and the target passenger can be the order canceller; S202: The order cancelling party initiates an order cancellation request, searches for a transfer object for the order cancelling party within a preset time, and rematches orders for the order cancelling party and the canceled party in a preset manner after the preset conditions are met; S203, within the preset time, the order canceler can receive the search result and the re-matching result in real time, and can make another selection based on the current real-time search result and the re-matching result at any time within the preset time, and the re-selection includes continuing to perform the current order, transferring the order, re-matching and canceling the order; S300, enter the normal passenger service process of the current order or new order.

2. According to claim 1, a customized passenger transport method based on intelligent networking is characterized in that: In S202, the transfer object of the party that cancels the order is found to be: When the order canceller is the target passenger, the current order is marked with a transfer demand through information exchange between the client terminals and sent to several transferable passengers who have sent ride demand information near the passenger boarding location. Several transferable passengers provide feedback on acceptable transfer demands, and the target transfer passenger is determined based on the feedback; When the order canceller is the target vehicle, the current order is marked with a transfer demand through information exchange between the vehicle ends and sent to several auxiliary vehicles that can interact near the current position of the target vehicle. Several auxiliary vehicles provide feedback on acceptable transfer demands, and the target transfer vehicle is determined based on the feedback.

3. The customized passenger transportation method based on intelligent network connection according to claim 2 is characterized in that: The information exchange between the vehicle ends is carried out through the roadside units in the roadside system, and the exchanged information includes the navigation path and current location of the vehicle; the vicinity of the target vehicle is the broadcast range of the nearest roadside unit in its driving direction when the target vehicle sends the order demand transfer moment.

4. The customized passenger transportation method based on intelligent network connection according to claim 2 is characterized in that: The vicinity of the passenger boarding position is, with the current position of the target vehicle and the passenger boarding position as the center, R is the radius to determine the search range, and a certain search range is expanded on the feasible path from the current position of the target vehicle to the passenger boarding position.

5. The customized passenger transportation method based on intelligent network connection according to claim 1 is characterized in that: In S202, the preset condition is after a transfer object is found or after a preset time of starting to search for a transfer object.

6. The customized passenger transportation method based on intelligent network connection according to claim 1 is characterized in that: In S202, the preset method is to start re-matching orders for the order canceling party and the canceled party at intervals in sequence.

7. The customized passenger transportation method based on intelligent network connection according to claim 1 is characterized in that: In S202, if the situation when selecting again is that the transfer object is found and / or a new order is re-matched, and the order canceling party still chooses to cancel the order, the order canceling party will not be re-matched within a certain period of time.

8. The customized passenger transportation method based on intelligent network connection according to claim 7 is characterized in that: The certain time is not less than the preset time.

9. The customized passenger transportation method based on intelligent network connection according to claim 1 is characterized in that: In S202, before the order cancelling party makes another selection and after the preset time has expired, when the order cancelling party still has not made another selection, the current order continues to be fulfilled.

10. The customized passenger transport system based on intelligent network connection according to claim 1, characterized in that: Including customer subsystem, vehicle subsystem, cloud subsystem and communication subsystem; The client subsystem includes several clients; the client includes an order module for collecting and sending ride demand information and confirming orders, and an order cancellation client module for sending order cancellation requirements, finding transfer objects and selecting again; The vehicle-side subsystem includes several vehicle-sides; the vehicle-side includes a vehicle-mounted unit for collecting and sending vehicle status information, an order-receiving module for confirming orders, and an order-cancelling vehicle-side module for sending order cancellation requirements, finding transfer objects, and selecting again; The cloud subsystem includes an order matching module, which is used to receive a number of ride demand information and a number of vehicle status information, match target passengers with target vehicles, and form an order after successful matching; The communication subsystem is respectively connected to the client subsystem, the cloud subsystem, and the vehicle subsystem for communication, and is used to realize communication between the client subsystem, the cloud subsystem, and the vehicle subsystem, as well as communication between vehicles and between clients.

Images