CN110378499B - Stadium reservation system and method based on Internet of things - Google Patents
Stadium reservation system and method based on Internet of things Download PDFInfo
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- CN110378499B CN110378499B CN201910689505.6A CN201910689505A CN110378499B CN 110378499 B CN110378499 B CN 110378499B CN 201910689505 A CN201910689505 A CN 201910689505A CN 110378499 B CN110378499 B CN 110378499B
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- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q10/00—Administration; Management
- G06Q10/02—Reservations, e.g. for tickets, services or events
Abstract
The invention relates to the technical field of management of the Internet of things, in particular to a stadium booking system and a stadium booking method based on the Internet of things, wherein the system comprises the following components: the reservation request module is used for inputting reservation request information and adversary requirements by a user, wherein the reservation request information comprises a reservation venue, a reservation time period and a reservation number; the opponent matching module is used for selecting users to be paired with opponent requirements, selecting the same target users with the opponent requirements, and selecting optional users with the same habit light brightness and habit air conditioner temperature as the users to be paired; judging whether a matched user exists in the optional users, if so, taking the matched user as an opponent user of the user to be paired; and if not, selecting a preferred user from the selectable users according to the prestored position information of each venue, and taking the preferred user as an opponent user of the user to be paired. The method and the device can help to improve the motion experience of the users of the two parties matched as the opponents.
Description
Technical Field
The invention relates to the technical field of management of the Internet of things, in particular to a stadium booking system and method based on the Internet of things.
Background
With the improvement of the social life aspect, healthy life and mental culture become the primary requirements of people, people are vigorously advocated for fitness in China, more people begin to pay attention to exercise and leisure entertainment, and more people move to a stadium for sports. The stadiums generally include a plurality of stadiums such as a basketball stadium, a badminton stadium and a swimming stadium, each stadium includes a plurality of small stadiums, and for the convenience of standardized management of each stadium, site booking is implemented in the related art, namely, the stadiums are booked before use.
For example, chinese patent publication No. CN108694454A discloses a sports stadium reservation system, which includes a field booking network platform, a background server, and a field management system, where the field management system includes a light control device, a video shooting device, and a wireless router, the field booking network platform is connected with the background server through a network, the light control device is controlled by the background server through the wireless router, and the video shooting device is connected with the background server through the wireless router for data transmission. In the scheme, a user can book a place, call a service, search for an opponent and purchase sports goods through the booking place network platform.
The motion environment is beneficial to improving the motion experience of the user, and the brightness and the temperature are important factors influencing the motion environment. Good brightness and temperature are beneficial to improving the exercise comfort of the user, and improper brightness and temperature can seriously affect the exercise experience of the user. For example, some users are used to brighter environments and move in darker environments with discomfort. The venue reservation system of the above scheme does not consider the habitual movement environments of the users of the two parties when matching the opponents, so that the following problems can be caused: the user A and the user B are matched as opponents, the user A is used to an environment with lower brightness and higher temperature, the user B is used to an environment with higher brightness and lower temperature, and if the user A and the user B are matched as the opponents, the light and the air conditioning equipment in the venue are difficult to create a sport environment which is used by both the users, so that the sport experience of the users of both the users matched as the opponents is poor.
Disclosure of Invention
The invention aims to provide a stadium booking system and a stadium booking method based on the Internet of things, which can better help to improve the motion experience of two users matched as opponents.
The basic scheme provided by the invention is as follows: stadium reservation system based on thing networking includes:
the reservation request module is used for inputting reservation request information and adversary requirements by a user, wherein the reservation request information comprises a reservation venue, a reservation time period and a reservation number;
the opponent matching module is used for selecting the users to be paired with the opponent requirements according to the time sequence sent by the reservation request information, and selecting the target users with the reservation time period, the reservation number and the users to be paired and the opponent requirements; acquiring habitual lamplight brightness and habitual air-conditioning temperature of a user to be paired and a target user, and selecting optional users with the same habitual lamplight brightness and habitual air-conditioning temperature as the user to be paired from the target user; then, judging whether a matched user which is the same as the booking venue of the user to be paired exists in the selectable users, and if so, taking the matched user as an opponent user of the user to be paired; if not, selecting a preferred user with the closest distance between the reservation venue and the reservation venue of the user to be paired from the selectable users according to the prestored location information of each venue, and taking the preferred user as an opponent user of the user to be paired.
Therefore, the user can independently select opponent requirements (whether the opponent is needed) in the reservation venue, the system sequentially selects the users to be paired according to the ascending sequence of the request sending time, uses the users with the opponent requirements and with the same reservation time period and the same number of the reserved users as target users, further selects the selectable users through the habitual lamplight brightness and the habitual air-conditioning temperature, and finally selects the optimal opponent user according to the distance between the reservation venues. In the scheme, the reservation time periods and the reservation numbers of the users to be paired and the opponent users obtained through final matching are consistent (convenient for team formation), the habitual exercise environments of the users to be paired and the opponent users are the same, the problem that one user does not adapt to the exercise environment is solved, and the exercise experience of the users matched with the opponent users can be improved better; in addition, the calculation mode of layer-by-layer progression in the scheme is favorable for reducing the calculation amount of the system, so that the calculation efficiency of the system is improved.
Preferably, in the opponent matching module, if there are a plurality of matching users, the opponent user with the earliest transmission time of the reservation request information is selected from the plurality of matching users as the opponent user of the to-be-paired user.
Therefore, when a plurality of matched users exist, the system determines the opponent user according to the time of sending the reservation request information, and the fairness principle of 'coming before going' is respected, which is beneficial to improving the satisfaction degree of the user in the reservation process.
Preferably, in the opponent matching module, if there are a plurality of preferred users, the opponent user whose subscription request information transmission time is earliest is selected from the plurality of preferred users as the opponent user of the to-be-paired user.
In this way, when there are multiple preferred users, the system determines the opponent user according to the time sequence of sending the reservation request information, and the fairness principle of 'coming before going' is respected, which is beneficial to improving the satisfaction degree of the user in the reservation process.
Preferably, in the opponent matching module, after selecting the opponent user of the user to be paired, the user to be paired and the opponent user are subscribed in the subscription venue of the user to be paired.
In this way, when the reservation venue subscribed by the user to be paired and the opponent user is inconsistent, the reservation venue of the user to be paired is the standard, because the transmission time of the reservation request information of the user to be paired is the earliest, which is also a fairness principle that "comes first and then comes later" is respected, which is beneficial to improving the satisfaction degree of the user in the reservation process.
Preferably, the stadium reservation system based on the internet of things further includes: the venue reservation module is used for acquiring a to-be-booked user who is not booked for a venue according to the time sequence sent by the booking request information, judging whether the booking venue of the to-be-booked user is booked or not according to the booking time period in the booking request information of the to-be-booked user, if so, acquiring a preferred venue which is not booked in the booking time period and is closest to the booking venue according to prestored position information of each venue, and booking the preferred venue for the to-be-booked user; if not, the user to be subscribed is subscribed to the subscription venue.
Therefore, the user to be subscribed is determined according to the sequence of sending the user subscription request information, if the booking venue of the user to be subscribed is booked, the preferred venue closest to the target user is selected for the user to be subscribed, the requirement of the user for booking the venue is met, the current optimal venue is selected for the user to be subscribed through the 'nearby principle', and the satisfaction degree of the user subscription process is improved.
Preferably, the stadium reservation system based on the internet of things further includes: the personal file establishing module is used for establishing a personal file of the user, the personal file comprises identity information and exercise habit information of the user, and the exercise habit information comprises habit light brightness, habit air conditioner temperature and habit purchase goods.
Therefore, various information of the user can be classified in a storage mode of the personal file, the system can acquire corresponding information of the user more quickly and accurately, and the processing and operation speed of the system can be improved.
Preferably, the stadium reservation system based on the internet of things further includes: and the commodity pre-purchasing module is used for acquiring the booking request information and the personal profile of the user and purchasing commodities according to the booking number and habits of the user to generate a pre-purchasing list.
Like this, can prepare commodity for the user in advance through purchasing in advance and buy the list, the user can have tired sense after the motion, and the commodity of preparing in advance can shorten user's purchase stroke for the user can be faster take commodity, is favorable to promoting user's purchase satisfaction.
The scheme also provides a stadium booking method of the stadium booking system based on the Internet of things, which comprises the following steps:
s1: acquiring reservation request information and opponent requirements of a user;
s2: selecting users to be paired, selecting target users with opponent requirements according to the booking request information, selecting opponent users of the users to be paired from the target users according to the habitual lamplight brightness and the habitual air-conditioning temperature, and booking venues of the users to be paired;
s3: selecting a to-be-booked user who does not book the venue, judging whether the to-be-booked venue of the to-be-booked user is booked or not, if so, selecting a preferred venue which is not booked in the booking period and is closest to the booked venue according to the position information of each venue, and booking the preferred venue for the to-be-booked user; if not, reserving a reservation venue for the user to be subscribed;
s4: and generating control information according to the habitual lamplight brightness and the habitual air-conditioning temperature of the user, and pre-adjusting lamplight equipment and air-conditioning equipment in the venue according to the control information.
Therefore, the user can independently select opponent requirements (whether the opponent is needed) in the reservation venue, the opponent is matched with the user needing the opponent, the matched user to be paired and the opponent user have the same habitual motion environment, and the motion experience of the users of both sides can be improved; then, the venue is reserved for the user who does not reserve the venue, when the reserved venue of the user is reserved, the optimal venue can be selected for the user, and the satisfaction degree of the user is improved; finally, the sport environment of the stadium reserved for the user can be adjusted in advance, and the sport experience of the user can be improved.
Preferably, step S2 includes:
s201: selecting users to be paired which have opponent requirements according to the time sequence sent by the reservation request information;
s202: selecting target users with the same booking time period, the same booking number as the users to be paired and with opponent requirements;
s203: acquiring habitual lamplight brightness and habitual air-conditioning temperature of a user to be paired and a target user, and selecting optional users with the same habitual lamplight brightness and habitual air-conditioning temperature as the user to be paired from the target user;
s204: judging whether a matched user the same as the reservation venue of the user to be paired exists in the selectable users;
s205: if so, taking the matched user as an opponent user of the user to be paired; if not, selecting a preferred user with the closest distance between the reservation venue and the reservation venue of the user to be paired from the selectable users according to the prestored location information of each venue, taking the preferred user as an opponent user of the user to be paired, and reserving the reservation venue of the user to be paired.
Therefore, users to be paired are sequentially selected according to the ascending sequence of request sending time, users with the opponent requirements and the same reservation time interval and the same reservation number are used as target users, selectable users are further screened through the habitual lamplight brightness and the habitual air-conditioning temperature, the optimal opponent user is selected according to the distance between the reservation venues, the reservation time interval and the reservation number of the users to be paired and the opponent user obtained through final matching are consistent (convenient for team formation), the habitual exercise environments of the users are the same, the problem that one user does not adapt to the exercise environment cannot exist, and the exercise experience of the users of the two parties matched as the opponent is better improved.
Preferably, in step S205, if there are multiple matching users or multiple preferred users, the opponent user with the earliest transmission time of the subscription request information is selected from the multiple matching users or the multiple preferred users as the user to be paired.
Therefore, when a plurality of matching users or a plurality of preferred users exist, the opponent user is determined according to the time of sending the booking request information, the fairness principle of 'coming before going' is respected, and the satisfaction degree of the user in the booking process is improved.
Drawings
For purposes of promoting a better understanding of the objects, aspects and advantages of the invention, reference will now be made in detail to the present invention as illustrated in the accompanying drawings, in which:
FIG. 1 is a logic block diagram of a stadium booking system based on the Internet of things according to an embodiment;
fig. 2 is a block flow diagram of a stadium booking method based on the internet of things according to the second embodiment;
fig. 3 is a logic block diagram of step S2 in the second embodiment.
Detailed Description
The following is further detailed by the specific embodiments:
the first embodiment is as follows:
as shown in fig. 1: the stadium booking system based on the Internet of things comprises a user terminal, a server and a management terminal, wherein the user terminal and the management terminal are connected with the server through the existing wireless communication module. The user terminal is an intelligent mobile phone, an APP is installed on the mobile phone, and the user terminal is communicated with the server network through the APP; the server is an existing tower server; the management terminal can be composed of an existing intelligent switch, and a control program of the intelligent switch is stored in the server.
Specifically, the method comprises the following steps:
a user terminal comprises:
and the login module is used for inputting login information by a user and sending the login information of the user to the server.
And the identity input module is used for inputting the identity information of the user and sending the identity information of the user to the server. The identity information of the user includes the user's name, gender, age, and phone. For example, the name: zhang III, sex: male, age: 25, phone 13 xxx.
And the reservation request module is used for inputting reservation request information by the user and sending the reservation request information of the user to the server. The reservation request information includes a user name, a reservation venue, a reservation period, and a number of reservation persons. For example, the user name: zhang III, booking venue: basketball house number 2 court, booking period: 3 pm to 5 pm, No. 06/28/2019, the number of bookings: 2 persons.
And the adversary requirement module is used for inputting the adversary requirement by the user.
And the motion environment setting module is used for inputting motion environment information by a user and sending the motion environment information of the user to the server. The sport environment information comprises habitual light brightness and habitual air-conditioning temperature, wherein the habitual light brightness comprises five brightness levels of low, general, high and high, and the habitual air-conditioning temperature comprises five temperature levels of low, general, high and high. For example, the customary light brightness: higher, habitual air conditioning temperature: lower.
And the commodity purchasing module is used for inputting commodity purchasing information and payment information by a user and sending the commodity purchasing information and the payment information to the server. The commodity shopping information includes commodity names and commodity numbers. For example, the trade name: XX mineral water, XXX functional beverage, commercial quantity: XX mineral water 1 bottle, XXX function beverage bottle.
Secondly, the server comprises:
the storage module is used for receiving and storing the identity information, the booking request information, the opponent demand, the sports environment information, the commodity purchasing information and the payment information of the user; the storage module is also prestored with the position information of each venue.
And the exercise habit generation module is used for acquiring the identity information, the exercise environment information and the commodity purchasing information of the user and generating the exercise habit information of the user according to the exercise environment information and the commodity purchasing information. The exercise habit information comprises the names of users, the habit light brightness, the habit air-conditioning temperature and the habit purchased commodities. For example, the user name: zhang III, habitual lamplight brightness: higher, habitual air conditioning temperature: lower, custom purchase of goods: XX mineral water.
And the personal profile establishing module is used for acquiring the identity information and the exercise habit information of the user and establishing the personal profile of the user according to the identity information and the exercise habit information of the user. The personal profile comprises identity information and exercise habit information of the user, and the exercise habit information comprises habit light brightness, habit air conditioner temperature and habit purchased commodities. For example, the name: zhang III, sex: male, age: 25, telephone 13xxx, habitual light brightness: higher, habitual air conditioning temperature: lower, custom purchase of goods: XX mineral water.
The opponent matching module is used for selecting a to-be-paired user with opponent requirements according to the time sequence sent by the reservation request information, selecting a target user with the reservation time period, the reservation number of the target users and the opponent requirements, acquiring the habitual lamplight brightness and the habitual air-conditioning temperature of the to-be-paired user and the target user, and selecting an optional user with the habitual lamplight brightness, the habitual air-conditioning temperature and the opponent requirements of the target user; judging whether a matched user which is the same as the booking venue of the user to be paired exists in the selectable users, if so, taking the matched user as an opponent user of the user to be paired; if not, selecting a preferred user with the closest distance between the reservation venue and the reservation venue of the user to be paired from the selectable users according to the prestored location information of each venue, taking the preferred user as an opponent user of the user to be paired, and reserving the reservation venues of the user to be paired for the user to be paired and the opponent user.
If the number of the matched users is multiple, selecting the opposite user with the earliest sending time of the reservation request information from the multiple matched users as the user to be paired; and if the preferred users are a plurality of users, selecting the counter user with the earliest transmission time of the reservation request information from the preferred users as the user to be paired.
Example 1: sequentially booking venues by a user A, a user B, a user C and a user D according to a time sequence, wherein the user A, the user B, the user C and the user D all have opponent requirements; the booking dates and booking periods of the user A, the user B, the user C and the user D are the same; the booking venues of the user A, the user B and the user D are the same; the habitual lamplight brightness and the habitual air-conditioning temperature of the user A, the user B, the user C and the user D are respectively as follows: lower and higher; high and high; lower and higher; lower and higher.
Determining the user A as a user to be paired according to the sending time of the reservation request information; and determining that the user B, the user C and the user D are target users of the user A according to the booking time period, the booking number and the opponent demand, and determining that the user C and the user D are optional users of the user A according to the habitual lamplight brightness and the habitual air-conditioning temperature.
In example 1, the subscription venues of the user C and the user D are the same as the user a, and the user C is determined to be an opponent user of the user a according to the subscription request sending time of the user C and the user D.
The venue reservation module is used for acquiring a to-be-booked user who is not booked for a venue according to the time sequence sent by the booking request information, judging whether the booking venue of the to-be-booked user is booked or not according to the booking time period in the booking request information of the to-be-booked user, if so, acquiring a preferred venue which is not booked in the booking time period and is closest to the booking venue according to prestored position information of each venue, and booking the preferred venue for the to-be-booked user; if not, the user to be subscribed is subscribed to the subscription venue.
Example 2: the user A and the user B sequentially reserve the venues according to the time sequence, the reservation venues and the reservation time periods of the user A and the user B are the same, the user A and the user B do not have the requirements of opponents, and the reservation venues are basketball second venues. And during the predetermined period: the first basketball stadium is reserved, the second basketball stadium is not reserved, the third basketball stadium is not reserved, and the positions of the first basketball stadium, the second basketball stadium and the third basketball stadium are arranged in sequence.
User a is sent a reservation request earlier in time than user B, then user a is reserved for a reservation venue (basketball second venue); at this time, the following are calculated according to the position information of each venue: the basketball first venue and the basketball third venue which are closest to the basketball second venue are provided; and the basketball first venue has been booked for the booked period, so the basketball third venue is booked for user B.
And the commodity pre-purchasing module is used for acquiring the booking request information and the personal profile of the user and purchasing commodities according to the booking number and habits of the user to generate a pre-purchasing list. For example, if the number of the users in the reservation request information is 3, and the users are used to purchase XX mineral water and XXX function beverage bottles, the pre-prepared list of the products in the reservation venue is: XX mineral water 3 bottles, XXX function beverage bottle 3 bottles.
And the venue management and control module is used for acquiring the habit light brightness and the habit air conditioner temperature of the user, and generating control information according to the habit light brightness and the habit air conditioner temperature, wherein the control information comprises light control information and air conditioner control information.
Third, manage the terminal
And the light management module is used for acquiring the light control information and adjusting the light in the venue to the corresponding brightness level according to the light control information.
And the air conditioner management module is used for acquiring air conditioner control information and adjusting the air conditioner in the venue to a corresponding temperature grade according to the air conditioner control information.
Example two:
the embodiment discloses a stadium booking method based on the Internet of things.
As shown in fig. 2: the stadium booking method based on the Internet of things comprises the following steps:
s1: acquiring reservation request information, adversary requirements and personal profiles of a user; the reservation request information comprises a reservation venue, a reservation period and the number of reserved persons of the user; the personal file comprises the habitual lamplight brightness and the habitual air-conditioning temperature of the user;
s2: selecting users to be paired, selecting target users with opponent requirements according to the booking request information, selecting opponent users of the users to be paired from the target users according to the habitual lamplight brightness and the habitual air-conditioning temperature, and booking venues of the users to be paired for the users to be paired and the opponent users;
s3: selecting a to-be-booked user who does not book the venue, judging whether the to-be-booked venue of the to-be-booked user is booked or not, if so, selecting a preferred venue which is not booked in the booking period and is closest to the booked venue according to the position information of each venue, and booking the preferred venue for the to-be-booked user; if not, reserving a reservation venue for the user to be subscribed;
s4: and generating control information according to the habitual lamplight brightness and the habitual air-conditioning temperature of the user who is reserved in the venue, and pre-adjusting lamplight equipment and air-conditioning equipment in the venue according to the control information.
As shown in fig. 3: step S2 further includes:
s201: selecting users to be paired which have opponent requirements according to the time sequence sent by the reservation request information;
s202: selecting target users with the same booking time period, the same booking number as the users to be paired and with opponent requirements;
s203: acquiring habitual lamplight brightness and habitual air-conditioning temperature of a user to be paired and a target user, and selecting optional users with the same habitual lamplight brightness and habitual air-conditioning temperature as the user to be paired from the target user;
s204: judging whether a matched user the same as the reservation venue of the user to be paired exists in the selectable users;
s205: if so, taking the matched user as an opponent user of the user to be paired; if not, selecting a preferred user with the closest distance between the reservation venue and the reservation venue of the user to be paired from the selectable users according to the prestored location information of each venue, taking the preferred user as an opponent user of the user to be paired, and reserving the reservation venue of the user to be paired for the user to be paired and the opponent user.
In step S205, if there are multiple matching users or multiple preferred users, the opponent user with the earliest transmission time of the subscription request information is selected from the multiple matching users or the multiple preferred users as the user to be paired.
The foregoing is merely an example of the present invention, and common general knowledge in the field of known specific structures and characteristics is not described herein in any greater extent than that known in the art at the filing date or prior to the priority date of the application, so that those skilled in the art can now appreciate that all of the above-described techniques in this field and have the ability to apply routine experimentation before this date can be combined with one or more of the present teachings to complete and implement the present invention, and that certain typical known structures or known methods do not pose any impediments to the implementation of the present invention by those skilled in the art. It should be noted that, for those skilled in the art, without departing from the structure of the present invention, several changes and modifications 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 practicability of the patent. The scope of the claims of the present application shall be determined by the contents of the claims, and the description of the embodiments and the like in the specification shall be used to explain the contents of the claims.
Claims (9)
1. Stadium reservation system based on thing networking, characterized by includes:
the reservation request module is used for inputting reservation request information and adversary requirements by a user, wherein the reservation request information comprises a reservation venue, a reservation time period and a reservation number;
the opponent matching module is used for selecting the users to be paired with the opponent requirements according to the time sequence sent by the reservation request information, and selecting the target users with the reservation time period, the reservation number and the users to be paired and the opponent requirements; acquiring habitual lamplight brightness and habitual air-conditioning temperature of a user to be paired and a target user, and selecting optional users with the same habitual lamplight brightness and habitual air-conditioning temperature as the user to be paired from the target user; then, judging whether a matched user which is the same as the booking venue of the user to be paired exists in the selectable users, and if so, taking the matched user as an opponent user of the user to be paired; if not, selecting a preferred user with the closest distance between the booking venue and the booking venue of the user to be paired from the selectable users according to the prestored location information of each venue, and taking the preferred user as an opponent user of the user to be paired;
in the opponent matching module, after selecting an opponent user of the users to be paired, reserving a reservation venue of the users to be paired for the users to be paired and the opponent user; and generating control information according to the habitual lamplight brightness and the habitual air-conditioning temperature of the user who is reserved in the venue, and pre-adjusting lamplight equipment and air-conditioning equipment in the venue according to the control information.
2. The internet of things-based stadium reservation system of claim 1, wherein: and in the opponent matching module, if the number of matched users is multiple, the opponent user with the earliest subscription request information sending time is selected from the multiple matched users and serves as the opponent user of the user to be paired.
3. The internet of things based stadium reservation system of claim 2, wherein: in the opponent matching module, if a plurality of preferred users exist, the opponent user with the earliest subscription request information sending time is selected from the preferred users as the opponent user of the user to be paired.
4. The internet of things-based stadium reservation system of claim 1, further comprising:
the venue reservation module is used for acquiring a to-be-booked user who is not booked for a venue according to the time sequence sent by the booking request information, judging whether the booking venue of the to-be-booked user is booked or not according to the booking time period in the booking request information of the to-be-booked user, if so, acquiring a preferred venue which is not booked in the booking time period and is closest to the booking venue according to prestored position information of each venue, and booking the preferred venue for the to-be-booked user; if not, the booking venue is booked for the user to be booked.
5. The internet of things-based stadium reservation system of claim 1, further comprising:
the personal file establishing module is used for establishing a personal file of the user, the personal file comprises identity information and exercise habit information of the user, and the exercise habit information comprises habit light brightness, habit air conditioner temperature and habit purchase goods.
6. The internet of things-based stadium reservation system of claim 5, further comprising:
and the commodity pre-purchasing module is used for acquiring the booking request information and the personal profile of the user and purchasing commodities according to the booking number and habits of the user to generate a pre-purchasing list.
7. The stadium booking method based on the Internet of things is characterized by comprising the following steps:
s1: acquiring reservation request information and opponent requirements of a user;
s2: selecting users to be paired, selecting target users with opponent requirements according to the booking request information, and selecting opponent users of the users to be paired from the target users according to the habit light brightness and the habit air-conditioning temperature: acquiring habitual lamplight brightness and habitual air-conditioning temperature of a user to be paired and a target user, and selecting optional users with the same habitual lamplight brightness and habitual air-conditioning temperature as the user to be paired from the target user; judging whether a matched user the same as the reservation venue of the user to be paired exists in the selectable users; if so, taking the matched user as an opponent user of the user to be paired; booking venues of users to be paired;
s3: selecting a to-be-booked user who does not book the venue, judging whether the to-be-booked venue of the to-be-booked user is booked or not, if so, selecting a preferred venue which is not booked in a booking time period and is closest to the booked venue according to the position information of each venue, and booking the preferred venue for the to-be-booked user; if not, the booking venue is booked for the user to be booked;
s4: and generating control information according to the habitual lamplight brightness and the habitual air-conditioning temperature of the user, and pre-adjusting lamplight equipment and air-conditioning equipment in the venue according to the control information.
8. The internet-of-things-based stadium booking method of claim 7, wherein step S2 comprises:
s201: selecting users to be paired which have opponent requirements according to the time sequence sent by the reservation request information;
s202: selecting target users with the same booking time period, the same booking number as the users to be paired and with opponent requirements;
s203: acquiring habitual lamplight brightness and habitual air-conditioning temperature of a user to be paired and a target user, and selecting optional users with the same habitual lamplight brightness and habitual air-conditioning temperature as the user to be paired from the target user;
s204: judging whether a matched user the same as the reservation venue of the user to be paired exists in the selectable users;
s205: if so, taking the matched user as an opponent user of the user to be paired; if not, selecting a preferred user with the closest distance between the reservation venue and the reservation venue of the user to be paired from the selectable users according to the prestored location information of each venue, taking the preferred user as an opponent user of the user to be paired, and reserving the reservation venue of the user to be paired.
9. The internet of things-based stadium reservation method of claim 8, wherein:
in step S205, if there are multiple matching users or multiple preferred users, the opponent user with the earliest transmission time of the subscription request information is selected from the multiple matching users or the multiple preferred users as the user to be paired.
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| CN201910689505.6A CN110378499B (en) | 2019-07-29 | 2019-07-29 | Stadium reservation system and method based on Internet of things |
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| CN201910689505.6A CN110378499B (en) | 2019-07-29 | 2019-07-29 | Stadium reservation system and method based on Internet of things |
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