CN109409623B - Intelligent scenic spot tourist diversion management system and control method thereof - Google Patents
Intelligent scenic spot tourist diversion management system and control method thereof Download PDFInfo
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Abstract
The invention discloses an intelligent scenic spot tourist diversion management system and a management method thereof, wherein the system is provided with a user terminal and a scenic spot management server, the user terminal and the scenic spot management server are in data interaction, the scenic spot management server is respectively in bidirectional connection with a scenic spot management system and a scenic spot entrance management system, the scenic spot entrance management system is provided with a scenic spot entrance terminal, the scenic spot entrance terminal is in bidirectional connection with an information acquisition system, and the scenic spot entrance terminal is also in bidirectional connection with N autonomous service terminals; the scenic spot management system is provided with Z scenic spot entrance management systems, and all the scenic spot entrance management systems are respectively in two-way connection with the scenic spot management server. Has the advantages that: by adopting the intelligent scenic spot tourist shunting management system and the management method thereof, the tourists can be shunted, the tourists are prevented from piling up to visit, and can independently select to visit scenic spots, so that the system is more humanized. The information of each scenic spot can be pushed to the tourists in time, and the tourists can visit conveniently.
Description
Technical Field
The invention relates to the field of intelligent scenic spots, in particular to a system for managing tourist diversion in the intelligent scenic spots and a control method thereof.
Background
The reform is opened for more than 30 years, the economic development of China makes a rapid progress, the income per capita is increased, and the tourism industry enters an explosive growth stage. The tourism industry of China is in a key period of transforming from world tourism major countries to tourism strong countries, and meanwhile, strategic adjustment on a growth mode and a development target is faced, and in the face of new situation, sustainable development of scenic spots of China faces new challenges. Travel management also faces various challenges for scenic region managers. For example, how to quickly push various types of information of scenic spots to tourists, how to perform tourist distribution management, and how to avoid the tourists from being tied up are difficult points which need to be overcome in more traditional scenic spot transformation in China.
The prior art has the following disadvantages: the resource allocation of the scenic spots is unreasonable, on one hand, the time spent by tourists in queuing is too long, even long-time queuing cannot reasonably adjust the amusement time sequence, on the other hand, the amount of the tourists in sudden hot and shock cooling of the scenic spots is large, and the information between the tourists and the scenic spots is asymmetrical, unsmooth, free of touring planning and difficult to put into practice with planning.
Disclosure of Invention
In order to solve the technical problems, the invention provides an intelligent scenic spot tourist flow dividing and managing method, which is characterized in that information between tourists and scenic spots is smooth and symmetrical, information of each scenic spot in a scenic spot is pushed to the tourists in time, time planning and management can be performed on tourists for visiting, and the number of tourists in sudden heat and shock is avoided.
The technical scheme is as follows:
a smart scenic spot tourist flow distribution management method is characterized by comprising the following steps:
the system comprises a system for data interaction between a user terminal and a platform server, a system for data interaction between an autonomous service terminal and a scenic spot entrance terminal, a system for verifying the user terminal by the scenic spot entrance terminal, a system for establishing communication between the scenic spot terminal and the user terminal through a handshake protocol, and a system for performing user terminal approach management by the scenic spot terminal;
the user terminal and the scenic spot management server are in data interaction, the scenic spot management server is respectively in bidirectional connection with the scenic spot management system and the scenic spot entrance management system, the scenic spot entrance management system is provided with a scenic spot entrance terminal, the scenic spot entrance terminal is in bidirectional connection with the information acquisition system, and the scenic spot entrance terminal is also in bidirectional connection with the N autonomous service terminals; the scenic spot management system is provided with Z scenic spot inlet management systems, each scenic spot inlet management system corresponds to one scenic spot, and all the scenic spot inlet management systems are respectively in bidirectional connection with the scenic spot management server;
the scenic spot management server is provided with a scenic spot server and a platform server, the platform server is in information interaction with the user terminal, the platform server is also in bidirectional connection with the scenic spot server, and the scenic spot server is respectively in bidirectional connection with the scenic spot entrance terminal and the scenic spot entrance management system;
the information acquisition system is provided with M barrier gate systems, each barrier gate system is provided with an information acquisition module for acquiring user terminal information, the information acquisition module is connected with a barrier gate controller, the barrier gate controller controls the opening and closing of the barrier gate, and the barrier gate controller is in bidirectional connection with the scenic spot entrance terminal;
the scenic spot entrance management system is provided with a scenic spot terminal, a user terminal identification module, an access control module and a wireless communication module, wherein the scenic spot terminal is respectively connected with the user terminal identification module and the access control module, the scenic spot terminal is bidirectionally connected with the wireless communication module, and the wireless communication module establishes communication with the user terminal through a handshake protocol;
the system for data interaction between the user terminal and the platform server comprises: the method comprises the steps of selecting time by a user terminal and updating a time selection table in real time by a scenic spot server;
the user terminal selects time according to the following steps:
s1-1-1, logging in a platform server;
s1-1-2, generating demand information and sending the demand information to a platform server for forwarding, wherein the demand information comprises time information, people number information and user terminal information of entering a scenic spot;
s1-1-3, acquiring a time selection list a sent by the platform server in real time, wherein the time selection list a comprises the number of vacant positions and capacity state information left in each time slot of each scenic spot in the scenic region;
s1-1-4, dynamically determining a time planning table b according to the time selection table a;
in step S1-1-4, the time schedule b is dynamically determined according to the following method:
step 1, a user terminal generates first time selection information according to a time selection table a and sends the first time selection information to a platform server;
step 2, the platform server acquires first time selection information and forwards the first time selection information to the scenic spot server;
step 3, the scenic spot server judges whether the first time selection information is valid;
if the first time selection information is valid, modifying the time selection table a, generating data c with valid first time information, and returning the data c with valid first time information to the user terminal by the platform server;
if the first time selection information is invalid, generating data c 'with invalid first time information, and returning the data c' with invalid first time information to the user terminal by the platform server;
step 4, after receiving the data c with valid first time information or the data c' with invalid first time information, the user terminal enters a second time information valid/invalid data generation system according to the current time selection table a;
step 5, the steps are circulated until the s-th time information valid/invalid data generation system is started;
step 6, the scenic spot server counts the data from the first time information existence/invalidity data to the s-th time information existence/invalidity data, generates a time plan table b, lists the data c with all time selection information valid according to the time sequence, and generates a scenic spot playing planning route map e by combining the scenic spot map;
and 7, the platform server forwards the time planning table b and the scenic spot play planning route map e to the user terminal.
The scenic spot management system is provided with Z scenic spot entrance management systems, each scenic spot entrance management system corresponds to one scenic spot, and all the scenic spot entrance management systems are respectively in two-way connection with the scenic spot management server. Z and N are positive integers.
By adopting the system, the data interaction is carried out between the scenic spot management server and the user terminal, so that the scenic spot management server can plan the visiting time of the tourists, and the tourists are prevented from visiting the same scenic spot in a piling manner at the same time; the user terminal can log in the platform server through the Internet, and the tour time plan of the user terminal is predetermined through the platform server. The tourists can conveniently visit the scenic spots; the barrier gate system can intelligently manage visitors entering and leaving the scenic spot, so that the manual demand is reduced; the scenic spot terminal can manage tourists entering and exiting scenic spots through the user terminal identification module and the access control module, and the scenic spot terminal establishes temporary communication with the user terminal through the wireless communication module so as to perform data interaction with the user terminal and acquire position information of the user terminal;
by adopting the method, through a system for data interaction between the user terminal and the platform server or a system for data interaction between the autonomous service terminal and the scenic spot entrance terminal, the scenic spot server can generate a time planning table of tourists, so that the tourists are prevented from visiting the same scenic spot at the same time.
The system for managing the entrance of the user terminal through the scenic spot terminal can not only manage the entrance and exit of the tourist to the scenic spot, but also push the capacity information of the scenic spot to the tourist in time, thereby facilitating the tourist to visit;
the scenic spot server updates the time selection list in real time, and after the user terminal or the scenic spot terminal or the entrance terminal or the scenic spot terminal sends the change data for changing the time selection list, the time selection list updates the current time selection list at the first time and pushes the time selection list in the whole network; in addition, the tourists can obtain a time selection list suitable for the tourists to visit through the platform server, and a touring time planning list of the tourists is predetermined. The scenic spot can not only push suitable sight spot information to the visitor, can also generate scenic spot recreation planning route map, makes things convenient for the visitor to visit.
Furthermore, the system for data interaction between the autonomous service terminal and the scenic spot entrance terminal comprises: selecting time by the autonomous service terminal;
the step of selecting time by the autonomous service terminal is carried out according to the following steps:
s2-2-1, generating user terminal information according to the input information of the tourist and sending the user terminal information to the scenic spot entrance terminal;
s2-2-2, judging whether the user terminal error information is received or not, if so, displaying that the user input is wrong, and ending time selection; if not, the step S2-2-3 is carried out;
s2-2-3, acquiring a time selection table a sent by the scenic spot entrance terminal in real time;
s2-2-4, dynamically determining a time planning table b according to the time selection table a;
in S2-2-4, the autonomous service terminal determines the time schedule b in the same manner as the user terminal.
By adopting the method, the tourists can obtain the time selection list suitable for the tourists to visit through the autonomous service terminal, and the touring time planning list of the tourists is predetermined. The scenic spot can not only push suitable sight spot information to the visitor, can also generate scenic spot recreation planning route map, makes things convenient for the visitor to visit.
Furthermore, the system for verifying the user terminal by the scenic spot entrance terminal comprises:
s3-1-1, acquiring a time schedule b of all user terminals sent by a scenic spot server;
s3-1-2, extracting user terminal information from the time schedule for storage;
s3-1-3, acquiring scanning information of the user terminal sent by the gateway controller;
s3-1-4, judging whether the scanning information is matched with the stored user terminal information, if so, sending successful verification information to the gateway controller, and if not, sending wrong verification information to the gateway controller.
By adopting the method, the scenic spot entrance terminal can intelligently manage visitors entering and exiting the scenic spot, and labor cost is reduced.
Furthermore, the system for the scenic spot terminal to perform the user terminal approach management comprises:
s4-1-1, acquiring the effective data c of the time selection information of all the tourists, wherein the effective data c of the time selection information corresponds to the scenic spot and is sent by the scenic spot server;
s4-1-2, grouping the data c valid in all time according to the time period, and generating a user terminal entry table f.
S4-1-3, starting from the initial approach time, obtaining the entrance user terminal information sent by the user terminal identification module;
s4-1-4, marking the user terminal entry table f according to the entry user terminal information;
s4-1-5, counting the user terminals which are not marked in the current time grouping table f at the first time;
s4-1-6, judging whether there is a user who does not enter the scene, if not, entering the step S4-1-20; if yes, the step S4-1-7 is carried out;
s4-1-7, pushing approach notification information g to user terminals which are not approaching one by one;
s4-1-8, counting the user terminals which are not marked in the current time grouping table f at the second time;
s4-1-9, judging whether there is a user who does not enter the scene, if not, entering the step S4-1-20; if yes, the step S4-1-10 is carried out;
s4-1-10, pushing approach prompting information h to a user terminal which is not approaching, wherein the approach prompting information h comprises approach ending time information and information about whether to select an approach or not;
s4-1-11, acquiring reply information i replied by the user terminal;
s4-1-12, judging whether the user selects to enter according to the reply information i, if not, entering the step S4-1-13, and if so, entering the step S4-1-18;
s4-1-13, sending the reply information i to a scenic spot server, modifying the current time selection table a by the scenic spot server according to the reply information i, and acquiring all user terminal information with the distance to the scenic spot within a specified range, wherein the scenic spot corresponds to the scenic spot terminal; after the user terminal enters the coverage area of the wireless communication network of the scenic spot, the scenic spot terminal establishes communication with the user terminal through the wireless communication module by adopting a handshake protocol.
S4-1-14, screening the acquired user terminal information according to the user terminal entry table f, and selecting user terminals which are not marked in the user terminal entry table f;
s4-1-15, sending time recommendation information j to the screened user terminals, wherein the time recommendation information j comprises scenic spot information and time information for ending the approach;
s4-1-16, acquiring recommendation reply information k of the user terminal, wherein the recommendation reply information k comprises user terminal information;
s4-1-17, sending the recommendation reply information k to a scenic spot server, wherein the scenic spot server modifies the time selection list according to the recommendation reply information k, and the scenic spot terminal also modifies the user terminal admission list f;
s4-1-18, counting the user terminals which are not marked in the current time grouping table f at the third time;
s4-1-19, judging whether a user who does not enter the field exists or not;
if not, go to step S4-1-20;
if yes, pushing prompt information for reselecting time to the user terminal which is not entering the scene, and entering the step S4-1-20;
and S4-1-20, ending the approach recognition.
The first time, the second time and the third time are 3 reciprocal time points of the approach time of the scenic spot.
By adopting the method, the tourists who do not enter the scene can be prompted to enter the scene in time, and the scenic spot can be recommended to other tourists in time after the tourists give up visiting the scenic spot.
Furthermore, the scenic spot terminal labels the user terminal entry table f by adopting the following steps:
s5-1-1, obtaining the user terminal information identified by the user terminal identification module;
s5-1-2, judging whether the user terminal corresponding to the terminal information belongs to the time group corresponding to the time interval, if so, entering the step S5-1-3, if not, displaying and sending queuing error information to the user terminal identification module, and returning to the step S5-1-1;
s5-1-3, generating payment information m and sending the payment information m to the user terminal;
s5-1-4, judging whether payment completion information n sent by the user terminal is acquired or not;
if so, sending an opening signal to the access control system, marking the user terminal entry table f, and ending the process;
if not, the step S5-1-5 is carried out;
s5-1-5, judging whether the payment time is overtime, if yes, entering the step S5-1-6, and if not, returning to the step S5-1-4;
s5-1-6, sending a payment overtime prompt message p to the user terminal;
s5-1-7, judging whether the accumulated times of sending the payment overtime prompt information p exceeds the specified times, if not, returning to the step S5-1-4, if so, sending prompt information of payment failure and time selection again to the user terminal.
By adopting the method, the tourists pay only for the scenic spots visited, so that the tourists can select the scenic spots independently, and the method is more humanized.
Has the advantages that: by adopting the intelligent scenic spot tourist flow distribution management method, smooth and symmetrical information between the tourists and the scenic spots can be kept, time planning management can be performed on tourist visits, the queuing time of the tourists is shortened, and the number of the tourists in sudden heat and shock in the scenic spots is avoided.
Drawings
FIG. 1 is a block diagram of the present invention;
FIG. 2 is a flow chart of a user terminal acquiring a time schedule in accordance with the present invention;
FIG. 3 is a flow chart of time selection performed by the UE of the present invention;
FIG. 4 is a flow chart of the autonomous service terminal acquiring a time schedule of the present invention;
FIG. 5 is a flow chart of the verification performed by the scenic spot entrance terminal of the present invention;
FIG. 6 is a flowchart of entrance management performed by the terminals of the scenic spots of the present invention;
fig. 7 is a flowchart of payment by the user terminal of the present invention.
Detailed Description
The invention is further illustrated by the following examples and figures.
As shown in fig. 1, an intelligent scenic spot tourist diversion management system is provided with a user terminal and a scenic spot management server, wherein the scenic spot management server is provided with a scenic spot server and a platform server, the platform server is in information interaction with the user terminal, the platform server is also in bidirectional connection with the scenic spot server, and the scenic spot server is in bidirectional connection with a scenic spot entrance terminal and a scenic spot entrance management system respectively.
The system comprises a scenic spot entrance terminal, an information acquisition system, a gateway controller and M barrier gate systems, wherein the scenic spot entrance terminal is in two-way connection with the information acquisition system, the information acquisition system is provided with the M barrier gate systems, each barrier gate system is provided with an information acquisition module used for acquiring information of a user terminal, the information acquisition module is connected with the gateway controller, the gateway controller controls the opening and closing of a barrier gate, and the gateway controller is in two-way connection with the scenic spot entrance terminal.
The scenic spot management system is provided with Z scenic spot entry management systems, and scenic spot entry management system is provided with scenic spot terminal, user terminal identification module, access control module and wireless communication module, and scenic spot terminal and scenic spot server both way junction, this scenic spot terminal still are connected with user terminal identification module, access control module respectively, scenic spot terminal and wireless communication module both way junction, this wireless communication module through the agreement of shaking hands with user terminal establishes communication.
A smart scenic spot tourist flow dividing and managing method is provided with the following steps: the system comprises a system for data interaction between a user terminal and a platform server, a system for data interaction between an autonomous service terminal and a scenic spot entrance terminal, a system for verifying the user terminal by the scenic spot entrance terminal, a system for establishing communication between the scenic spot terminal and the user terminal through a handshake protocol, and a system for entrance management of the user terminal by the scenic spot terminal.
The system for data interaction between the user terminal and the platform server comprises: the method comprises the steps of selecting time by a user terminal and updating a time selection list in real time by a scenic spot server;
as shown in fig. 2, the user terminal performs time selection according to the following steps:
s1-1-1, logging in a platform server;
s1-1-2, generating demand information and sending the demand information to a platform server for forwarding, wherein the demand information comprises time information, people number information and user terminal information of entering a scenic spot;
s1-1-3, acquiring a time selection table a sent by the platform server in real time, wherein the time selection table a comprises the remaining vacancy number and capacity state information of each time segment of each scenic spot;
s1-1-4, dynamically determining a time planning table b according to the time selection table a;
as shown in fig. 3, in step S1-1-4, the schedule b is dynamically determined according to the following method:
step 1, a user terminal generates first time selection information according to a time selection table a and sends the first time selection information to a platform server;
step 2, the platform server acquires first time selection information and forwards the first time selection information to the scenic spot server;
step 3, the scenic spot server judges whether the first time selection information is valid;
if the first time selection information is valid, modifying the time selection table a, generating data c with valid first time information, and returning the data c with valid first time information to the user terminal by the platform server;
if the first time selection information is invalid, generating data c 'with invalid first time information, and returning the data c' with invalid first time information to the user terminal by the platform server;
step 4, after receiving the data c with valid first time information or the data c' with invalid first time information, the user terminal enters a second time information valid/invalid data generation system according to the current time selection table a;
step 5, circulating the steps and entering an s-th time information valid/invalid data generation system;
step 6, the scenic spot server counts the data from the first time information existence/invalidity data to the s-th time information existence/invalidity data, generates a time plan table b, lists the data c with all time selection information valid according to the time sequence, and generates a scenic spot playing planning route map e by combining the scenic spot map;
and 7, the platform server forwards the time planning table b and the scenic spot play planning route map e to the user terminal.
The system for data interaction between the autonomous service terminal and the scenic spot entrance terminal comprises: selecting time by the autonomous service terminal;
as shown in fig. 4, the step of selecting time by the autonomous service terminal is performed according to the following steps:
s2-2-1, generating user terminal information according to the input information of the tourist and sending the user terminal information to the scenic spot entrance terminal;
s2-2-2, judging whether the user terminal error information is received or not, if so, displaying that the user input is wrong, and ending time selection; if not, the step S2-2-3 is carried out;
and S2-2-3, generating demand information and sending the demand information to the scenic spot entrance terminal. The scenic spot entrance terminal sends the required information to the scenic spot server, and the scenic spot server generates a time selection table a according to the required information and forwards the autonomous service terminal through the scenic spot entrance terminal.
S2-2-4, acquiring a time selection table a sent by the scenic spot entrance terminal in real time;
s2-2-5, dynamically determining a time planning table b according to the time selection table a;
in S2-2-4, the autonomous service terminal determines the time schedule b in the same manner as the user terminal.
As shown in fig. 5, the system for authenticating the user terminal by the scenic spot entrance terminal includes:
s3-1-1, acquiring a time schedule b of all user terminals sent by a scenic spot server;
s3-1-2, extracting user terminal information from the time schedule for storage;
s3-1-3, acquiring scanning information of the user terminal sent by the gateway controller;
s3-1-4, judging whether the scanning information is matched with the stored user terminal information, if so, sending successful verification information to the gateway controller, and if not, sending wrong verification information to the gateway controller.
As shown in fig. 6, the system for performing user terminal approach management by the terminals of the scenic spots includes:
s4-1-1, acquiring time selection information sent by a scenic spot server, wherein the time selection information corresponds to the scenic spot;
s4-1-2, grouping all the time selection information according to time periods to generate a user terminal entry table f;
s4-1-3, starting from the initial approach time, obtaining the entrance user terminal information sent by the user terminal identification module;
s4-1-4, marking the user terminal entry table f according to the entry user terminal information;
s4-1-5, counting the user terminals which are not marked in the current time grouping table f at the first time;
s4-1-6, judging whether there is a user who does not enter the scene, if not, entering the step S4-1-20; if yes, the step S4-1-7 is carried out;
s4-1-7, pushing approach notification information g to user terminals which are not approaching one by one;
s4-1-8, counting the user terminals which are not marked in the current time grouping table f at the second time;
s4-1-9, judging whether there is a user who does not enter the scene, if not, entering the step S4-1-20; if yes, the step S4-1-10 is carried out;
s4-1-10, pushing approach prompting information h to a user terminal which is not approaching, wherein the approach prompting information h comprises approach ending time information and information about whether to select an approach or not;
s4-1-11, acquiring reply information i replied by the user terminal;
s4-1-12, judging whether the user selects to enter according to the reply information i, if not, entering the step S4-1-13, and if so, entering the step S4-1-18;
s4-1-13, sending the reply information i to a scenic spot server, and acquiring all user terminal information with the distance to the scenic spot within a specified range, wherein the scenic spot corresponds to the scenic spot terminal;
s4-1-14, screening the acquired user terminal information according to the user terminal entry table f, and selecting user terminals which are not marked in the user terminal entry table f;
s4-1-15, sending time recommendation information j to the screened user terminals, wherein the time recommendation information j comprises scenic spot information and time information for ending the approach;
s4-1-16, acquiring recommendation reply information k of the user terminal, wherein the recommendation reply information k comprises user terminal information;
s4-1-17, sending the recommendation reply information k to a scenic spot server, and modifying a user terminal entry table f;
s4-1-18, counting the user terminals which are not marked in the current time grouping table f at the third time;
s4-1-19, judging whether a user who does not enter the field exists or not;
if not, go to step S4-1-20;
if yes, pushing prompt information for reselecting time to the user terminal which is not entering the scene, and entering the step S4-1-20;
and S4-1-20, ending the approach recognition.
As shown in fig. 7, the scenery terminal labels the entry table f of the user terminal by using the following steps:
s5-1-1, obtaining the user terminal information identified by the user terminal identification module;
s5-1-2, judging whether the user terminal corresponding to the terminal information belongs to the time group corresponding to the time interval, if so, entering the step S5-1-3, if not, displaying and sending queuing error information to the user terminal identification module, and returning to the step S5-1-1;
s5-1-3, generating payment information m and sending the payment information m to the user terminal;
s5-1-4, judging whether payment completion information n sent by the user terminal is acquired or not;
if so, sending an opening signal to the access control system, marking the user terminal entry table f, and ending the process;
if not, the step S5-1-5 is carried out;
s5-1-5, judging whether the payment time is overtime, if yes, entering the step S5-1-6, and if not, returning to the step S5-1-4;
s5-1-6, sending a payment overtime prompt message p to the user terminal;
s5-1-7, judging whether the accumulated times of sending the payment overtime prompt information p exceeds the specified times, if not, returning to the step S5-1-4, if so, sending prompt information of payment failure and time selection again to the user terminal.
Finally, it should be noted that the above-mentioned description is only a preferred embodiment of the present invention, and those skilled in the art can make various similar representations without departing from the spirit and scope of the present invention.
Claims (5)
1. A smart scenic spot tourist distribution management method is characterized by comprising the following steps:
the system comprises a system for data interaction between a user terminal and a platform server, a system for data interaction between an autonomous service terminal and a scenic spot entrance terminal, a system for verifying the user terminal by the scenic spot entrance terminal, a system for establishing communication between the scenic spot terminal and the user terminal through a handshake protocol, and a system for performing user terminal approach management by the scenic spot terminal;
the user terminal and the scenic spot management server are in data interaction, the scenic spot management server is respectively in bidirectional connection with the scenic spot management system and the scenic spot entrance management system, the scenic spot entrance management system is provided with a scenic spot entrance terminal, the scenic spot entrance terminal is in bidirectional connection with the information acquisition system, and the scenic spot entrance terminal is also in bidirectional connection with the N autonomous service terminals; the scenic spot management system is provided with Z scenic spot inlet management systems, each scenic spot inlet management system corresponds to one scenic spot, and all the scenic spot inlet management systems are respectively in bidirectional connection with the scenic spot management server;
the scenic spot management server is provided with a scenic spot server and a platform server, the platform server is in information interaction with the user terminal, the platform server is also in bidirectional connection with the scenic spot server, and the scenic spot server is respectively in bidirectional connection with the scenic spot entrance terminal and the scenic spot entrance management system;
the information acquisition system is provided with M barrier gate systems, each barrier gate system is provided with an information acquisition module for acquiring user terminal information, the information acquisition module is connected with a barrier gate controller, the barrier gate controller controls the opening and closing of the barrier gate, and the barrier gate controller is in bidirectional connection with the scenic spot entrance terminal;
the scenic spot entrance management system is provided with a scenic spot terminal, a user terminal identification module, an access control module and a wireless communication module, wherein the scenic spot terminal is respectively connected with the user terminal identification module and the access control module, the scenic spot terminal is bidirectionally connected with the wireless communication module, and the wireless communication module establishes communication with the user terminal through a handshake protocol;
the system for the data interaction between the user terminal and the platform server comprises: the method comprises the steps of selecting time by a user terminal and updating a time selection table in real time by a scenic spot server;
the user terminal selects time according to the following steps:
s1-1-1, logging in a platform server;
s1-1-2, generating demand information and sending the demand information to a platform server for forwarding, wherein the demand information comprises time information, people number information and user terminal information of entering a scenic spot;
s1-1-3, acquiring a time selection list a sent by the platform server in real time, wherein the time selection list a comprises the number of vacant positions and capacity state information left in each time slot of each scenic spot in the scenic region;
s1-1-4, dynamically determining a time planning table b according to the time selection table a;
in step S1-1-4, the time schedule b is dynamically determined according to the following method:
step 1, a user terminal generates first time selection information according to a time selection table a and sends the first time selection information to a platform server;
step 2, the platform server acquires first time selection information and forwards the first time selection information to the scenic spot server;
step 3, the scenic spot server judges whether the first time selection information is valid;
if the first time selection information is valid, modifying the time selection table a, generating data c with valid first time information, and returning the data c with valid first time information to the user terminal by the platform server;
if the first time selection information is invalid, generating data c 'with invalid first time information, and returning the data c' with invalid first time information to the user terminal by the platform server;
step 4, after receiving the data c with valid first time information or the data c' with invalid first time information, the user terminal enters a second time information valid/invalid data generation system according to the current time selection table a;
step 5, the steps are circulated until the s-th time information valid/invalid data generation system is started;
step 6, the scenic spot server counts the data from the first time information existence/invalidity data to the s-th time information existence/invalidity data, generates a time plan table b, lists the data c with all time selection information valid according to the time sequence, and generates a scenic spot playing planning route map e by combining the scenic spot map;
and 7, the platform server forwards the time planning table b and the scenic spot play planning route map e to the user terminal.
2. The intelligent scenic spot tourist distribution management method as claimed in claim 1, wherein: the system for data interaction between the autonomous service terminal and the scenic spot entrance terminal comprises: selecting time by the autonomous service terminal;
the autonomous service terminal selects time according to the following steps:
s2-2-1, generating user terminal information according to the input information of the tourist and sending the user terminal information to the scenic spot entrance terminal;
s2-2-2, judging whether the user terminal error information is received or not, if so, displaying that the user input is wrong, and ending time selection; if not, the step S2-2-3 is carried out;
s2-2-3, generating demand information and sending the demand information to a scenic spot entrance terminal;
s2-2-4, acquiring a time selection table a sent by the scenic spot entrance terminal in real time;
s2-2-5, dynamically determining a time planning table b according to the time selection table a;
in S2-2-5, the autonomous service terminal determines the time schedule b in the same manner as the user terminal.
3. The intelligent scenic spot tourist distribution management method as claimed in claim 1, wherein: the system for verifying the user terminal by the scenic spot entrance terminal verifies according to the following steps:
s3-1-1, acquiring a time schedule b of all user terminals sent by a scenic spot server;
s3-1-2, extracting user terminal information from the time schedule for storage;
s3-1-3, acquiring scanning information of the user terminal sent by the gateway controller;
s3-1-4, judging whether the scanning information is matched with the stored user terminal information, if so, sending successful verification information to the gateway controller, and if not, sending wrong verification information to the gateway controller.
4. The intelligent scenic spot tourist distribution management method as claimed in claim 1, wherein: the system for the scenic spot terminal to perform user terminal approach management performs approach management according to the following steps:
s4-1-1, acquiring the effective data c of the time selection information of all the tourists, wherein the effective data c of the time selection information corresponds to the scenic spot;
s4-1-2, grouping the data c with all time selection information effective according to time periods to generate a user terminal entry table f;
s4-1-3, starting from the initial approach time, obtaining the entrance user terminal information sent by the user terminal identification module;
s4-1-4, marking the user terminal entry table f according to the entry user terminal information;
s4-1-5, counting the user terminals which are not marked in the current time grouping table f at the first time;
s4-1-6, judging whether there is a user who does not enter the scene, if not, entering the step S4-1-20; if yes, the step S4-1-7 is carried out;
s4-1-7, pushing approach notification information g to user terminals which are not approaching one by one;
s4-1-8, counting the user terminals which are not marked in the current time grouping table f at the second time;
s4-1-9, judging whether there is a user who does not enter the scene, if not, entering the step S4-1-20; if yes, the step S4-1-10 is carried out;
s4-1-10, pushing approach prompting information h to a user terminal which is not approaching, wherein the approach prompting information h comprises approach ending time information and information about whether to select an approach or not;
s4-1-11, acquiring reply information i replied by the user terminal;
s4-1-12, judging whether the user selects to enter according to the reply information i, if not, entering the step S4-1-13, and if so, entering the step S4-1-18;
s4-1-13, sending the reply information i to a scenic spot server, and acquiring all user terminal information with the distance to the scenic spot within a specified range, wherein the scenic spot corresponds to the scenic spot terminal;
s4-1-14, screening the acquired user terminal information according to the user terminal entry table f, and selecting user terminals which are not marked in the user terminal entry table f;
s4-1-15, sending time recommendation information j to the screened user terminals, wherein the time recommendation information j comprises scenic spot information and time information for ending the approach;
s4-1-16, acquiring recommendation reply information k of the user terminal, wherein the recommendation reply information k comprises user terminal information;
s4-1-17, sending the recommendation reply information k to a scenic spot server, and modifying a user terminal entry table f;
s4-1-18, counting the user terminals which are not marked in the current time grouping table f at the third time;
s4-1-19, judging whether a user who does not enter the field exists or not;
if not, go to step S4-1-20;
if yes, pushing prompt information for reselecting time to the user terminal which is not entering the scene, and entering the step S4-1-20;
and S4-1-20, ending the approach recognition.
5. The intelligent scenic spot tourist distribution management method as claimed in claim 4, wherein: the scenic spot terminal labels the user terminal entry table f according to the following steps:
s5-1-1, obtaining the user terminal information identified by the user terminal identification module;
s5-1-2, judging whether the user terminal corresponding to the terminal information belongs to the time group corresponding to the time interval, if so, entering the step S5-1-3, if not, displaying and sending queuing error information to the user terminal identification module, and returning to the step S5-1-1;
s5-1-3, generating payment information m and sending the payment information m to the user terminal;
s5-1-4, judging whether payment completion information n sent by the user terminal is acquired or not;
if so, sending an opening signal to the access control system, marking the user terminal entry table f, and ending the process;
if not, the step S5-1-5 is carried out;
s5-1-5, judging whether the payment time is overtime, if yes, entering the step S5-1-6, and if not, returning to the step S5-1-4;
s5-1-6, sending a payment overtime prompt message p to the user terminal;
s5-1-7, judging whether the accumulated times of sending the payment overtime prompt information p exceeds the specified times, if not, returning to the step S5-1-4, if so, sending prompt information of payment failure and time selection again to the user terminal.
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| CN106022500A (en) * | 2016-07-13 | 2016-10-12 | 桂林电子科技大学 | System and method of scenic spot sightseeing reservation and sightseeing time recommendation |
| CN106557855A (en) * | 2015-09-28 | 2017-04-05 | 上海佑途物联网有限公司 | A kind of smart travel passenger flow total management system |
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| CN104392268A (en) * | 2014-12-04 | 2015-03-04 | 信阳农林学院 | People stream monitoring and guide system and method for tourist attraction |
| CN106557855A (en) * | 2015-09-28 | 2017-04-05 | 上海佑途物联网有限公司 | A kind of smart travel passenger flow total management system |
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