CN109995852B - Intelligent tourism system based on mobile Internet of things - Google Patents
Intelligent tourism system based on mobile Internet of things Download PDFInfo
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/50—Network services
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- H—ELECTRICITY
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Abstract
The invention discloses a smart tourism system based on a mobile Internet of things, which comprises a smart mobile terminal, a data processing center and a cloud platform, wherein the smart mobile terminal comprises a microcontroller module and a background management module, the microcontroller module is connected with the background management module, the microcontroller module is respectively connected with a scenic spot geographic module, a geographic calling module and an intelligent navigation module, the scenic spot geographic module and the geographic calling module are mutually connected, the microcontroller module is also connected with a power supply module, an input module, a display module and a voice recognition module, the microcontroller module and the background management module are respectively connected with a wireless communication module, and the background management module is connected with a scenic spot analysis module, a data storage module and an alarm module Intellectualization, humanization, specialization, integration and refinement.
Description
Technical Field
The invention relates to the technical field of tourism information management, in particular to an intelligent tourism system based on a mobile Internet of things.
Background
Along with the continuous improvement of the living standard of the whole people, the interest of the public on tourism is continuously strengthened, the tourism era of the whole people is secretly walking into our lives, the intelligent tourism system is based on high and new technologies such as cloud computing, the Internet of things and the like, tourism resources are integrated by using an informationized technology, tourism related information is actively sensed through full WIFI coverage and by means of portable terminal internet access equipment, tourists can timely arrange and adjust tourism plans, and in short, the tourists interact with a network in real time, and the run arrangement is allowed to enter the intelligent era.
Disclosure of Invention
The invention aims to provide an intelligent tourism system based on a mobile Internet of things, which integrates all dispersed information together and realizes the sharing of tourism resources.
In order to achieve the purpose, the invention adopts the technical scheme that:
a smart travel system based on a mobile Internet of things comprises an intelligent mobile terminal, a data processing center and a cloud platform; wherein:
the intelligent mobile terminal comprises a microcontroller module and a background management module which are connected with each other, the microcontroller module is connected with a scenic spot geographic module, a geographic calling module and an intelligent navigation module, the scenic spot geographic module is connected with the geographic calling module, the scenic spot geographic module is used for inputting, storing and inquiring geographic position information of scenic spots, the geographic calling module is used for positioning and inquiring positions of tourists in the scenic spots, and the intelligent navigation module is used for performing navigation explanation service on the tourists; the micro-controller module is also connected with a power supply module, an input module, a display module and a voice recognition module, wherein the power supply module is used for supplying power to the micro-controller module, the input module is used for inputting request information by a tourist, the display module is used for displaying a query result of the micro-controller module after the input request of the tourist is processed, and the voice recognition module is used for recognizing voice information from the tourist for asking questions; the microcontroller module is connected with and communicates with the background management module through the wireless communication module;
the background management module is connected with a scenic spot analysis module, a data storage module and an alarm module, the scenic spot analysis module is used for collecting, reporting, early warning and guiding passenger flow conditions in real time, the data storage module is used for storing data of passenger flow monitoring and geographical position information of scenic spots, and the alarm module is used for giving an alarm in case of overload of passenger flow or emergency;
the data processing center is used for establishing the connection between the intelligent mobile terminal and the cloud platform;
the cloud platform is used for storing the tourism resource information and establishing a resource warehouse according to the tourism resource information.
The scenic spot geographic module comprises a geographic data entry and storage unit, a spatial information query and statistics unit, a spatial analysis and decision unit and a data updating and management unit which are sequentially connected, wherein the scenic spot geographic module comprises a geographic data entry and storage unit, a spatial information query and statistics unit, a spatial analysis and decision unit and a data updating and management unit;
the geographic data entry and storage unit is used for entering and storing the measured geographic data;
the spatial information inquiry and statistics unit is used for inquiring the geographical position and counting the popular geographical position of the scenic spot;
the spatial analysis and decision unit is used for analyzing and improving the geographic position and the position of the hot scenic spot and making adjustment;
the data updating and managing unit is used for updating the data of the geographical position adjusted by the spatial analysis and decision unit.
The geographic calling module comprises an interest point searching unit, a path analysis unit, a peripheral query unit, a position positioning and standard unit, a spatial distance calculation unit and a space-time statistic analysis unit which are sequentially connected, wherein:
the interest point searching unit is used for searching favorite scenic spot positions by tourists;
the path analysis unit is used for planning a direct path from the current position to the destination for the tourist when the tourist searches out the interesting scenic spot;
the peripheral inquiry unit is used for inquiring the geographic environment and facilities around the interested destination by the tourists;
the position positioning and marking unit is used for positioning and marking the current position;
the space distance calculating unit is used for calculating the distance between the current position and the destination selected by the tourist;
the space-time statistic analysis unit is used for counting the distance between the current position and each destination and carrying out statistics, so that the inquiry of tourists is facilitated.
The intelligent navigation module comprises a voice playing unit and an audio and video explaining unit which are connected with each other, wherein:
the voice playing unit is used for playing voice guidance of a scenic spot manager;
the audio and video explanation unit is used for playing the scenic spot information and the scenic spot introduction of the scenic spot.
The scenic spot analysis module comprises a passenger flow monitoring unit, a passenger flow acquisition unit, a passenger flow notification unit, a passenger flow early warning unit, a passenger flow guiding unit and a passenger flow analysis and prediction unit which are sequentially connected, wherein:
the passenger flow monitoring unit is used for monitoring the real-time passenger flow in the scenic spot;
the passenger flow acquisition unit is used for acquiring and counting big data of the real-time passenger flow recorded by monitoring;
the passenger flow reporting unit is used for uploading the collected and counted real-time passenger flow to the background management module to carry out information push;
the passenger flow early warning unit is used for sending out early warning to prevent emergency when judging that the passenger flow exceeds a threshold value;
the passenger flow guiding unit is used for emergency evacuation and guidance of human flow;
the passenger flow analysis and prediction unit is used for analyzing and counting the real-time passenger flow of each scenic spot, predicting the real-time passenger flow of each scenic spot and controlling the passenger flow of the scenic spots according to the prediction result.
Compared with the prior art, the invention has the beneficial effects that:
(1) according to the invention, by combining the Internet of things and the mobile communication network, an intelligent tourism system based on the mobile Internet of things is established through the cloud platform and the data processing center, and all dispersed information is integrated together, so that the sharing of tourism resources is realized.
(2) According to the invention, through the voice recognition module, a user can use voice query to replace traditional character query, so that the query is simpler, and the problems of inconvenient character input and the like can be avoided.
(3) The intelligent navigation module provided by the invention can be used for guiding and explaining services for tourists, and carrying out intelligent and multifunctional scenic spot navigation and comprehensive information services for the tourists.
(4) The present invention can input a request through the input module when the visitor gets lost or is unclear if going to the destination through the geo-recall module, and then perform more standardized information service for the visitor through the micro-controller module.
(5) According to the invention, through the scenic spot analysis module, the passenger flow condition can be collected, reported, early-warned and guided in real time, so that the safety management of scenic spots is ensured, and safety accidents are prevented.
Drawings
Fig. 1 is a structural diagram of an intelligent mobile terminal according to the present invention.
FIG. 2 is a diagram of the overall structure of the intelligent tourism system of the present invention.
In the figure: 1-an intelligent mobile terminal, 2-a data processing center, 3-a cloud platform, 4-a microcontroller module, 5-a background management module, 6-a scenic spot geographic module, 7-a geographic calling module, 8-an intelligent navigation module, 9-a power supply module, 10-an input module, 11-a display module, 12-a voice recognition module, 13-a wireless communication module, 14-a scenic spot analysis module, 15-a data storage module, 16-an alarm module, 17-a geographic data entry and storage unit, 18-a spatial information query and statistics unit, 19-a spatial analysis and decision unit, 20-a data update and management unit, 21-an interest point search unit, 22-a path analysis unit, 23-a peripheral query unit, 24-a position positioning and labeling unit, 25-a space distance calculation unit, 26-a space-time statistic analysis unit, 27-a voice playing module unit, 28-an audio and video explanation module unit, 29-a passenger flow monitoring unit, 30-a passenger flow acquisition unit, 31-a passenger flow notification unit, 32-a passenger flow early warning unit, 33-a passenger flow guiding unit and 34-a passenger flow analysis and prediction unit.
Detailed Description
The invention is further described below with reference to the accompanying drawings.
As shown in fig. 1-2, an intelligent tourism system based on mobile internet of things is characterized in that: the intelligent mobile terminal comprises an intelligent mobile terminal 1, a data processing center 2 and a cloud platform 3.
The data processing center 2 is used for establishing a connection between the intelligent mobile terminal 1 and the cloud platform 2.
The cloud platform 3 is used for storing the tourism resource information and establishing a resource library according to the tourism resource information.
The intelligent mobile terminal 1 comprises a microcontroller module 4 and a background management module 5 which are connected with each other, the microcontroller module 4 is connected with a scenic spot geographic module 6, a geographic calling module 7 and an intelligent navigation module 8, and the scenic spot geographic module 6 and the geographic calling module 7 are connected with each other; wherein:
the scenic spot geographic module 6 is used for inputting, storing and inquiring geographic position information of scenic spots, and the scenic spot geographic module 6 comprises a geographic data inputting and storing unit 17, a spatial information inquiring and counting unit 18, a spatial analysis and decision unit 19 and a data updating and managing unit 20 which are sequentially connected, wherein: the geographic data entry and storage unit 17 is used for entering and storing the measured geographic data; the spatial information inquiry and statistical unit 18 is used for inquiring the geographical position and counting the popular geographical position of the scenic spot; the spatial analysis and decision unit 19 is used for analyzing and improving the geographical position and the position of the hot scenic spot and making adjustment; the data updating and managing unit 20 is used for updating the data of the geographical position adjusted by the spatial analysis and decision unit 19.
The geographic calling module 7 is used for positioning and querying the position of the tourist in the scenic spot, and the geographic calling module 7 includes an interest point searching unit 21, a path analyzing unit 22, a peripheral querying unit 23, a position positioning and standard unit 24, a spatial distance calculating unit 25 and a space-time statistic analyzing unit 26 which are connected in sequence, wherein: the interest point searching unit 21 is used for searching favorite scenic spot positions by tourists; the path analysis unit 22 is used for planning a direct path from the current position to the destination for the tourist when the tourist searches out the interesting scenic spot; the peripheral inquiry unit 23 is used for solving inquiry of the tourists about the geographic environment and facilities around the interested destination; the position positioning and marking unit 24 is used for positioning and marking the current position; the spatial distance amount calculation unit 25 is configured to calculate a distance between the current position and the destination selected by the guest; the spatiotemporal statistical analysis unit 26 is used to count the distance between the current location and each destination and perform a statistic to facilitate the query of the guest.
The intelligent guide module 8 is used for guiding and explaining services to tourists; the intelligent navigation module 8 comprises a voice playing unit 27 and an audiovisual interpretation unit 28 connected to each other, wherein: the voice playing unit 27 is used for playing voice guidance of a scenic region administrator; the audio and video explaining unit 28 is used for playing the scenic spot information and the scenic spot introduction of the scenic spot.
The microcontroller module 4 is also connected with a power module 9, an input module 10, a display module 11 and a voice recognition module 12, wherein the power module 9 is used for supplying power to the microcontroller module 4, the input module 10 is used for inputting request information by a tourist, the display module 11 is used for displaying an inquiry result of the microcontroller module after the input request of the tourist is processed, and the voice recognition module 12 is used for recognizing voice information from the tourist for asking questions; the microcontroller module 4 is connected with and communicates with the background management module 5 through a wireless communication module 13.
The background management module 5 is connected with a scenic spot analysis module 14, a data storage module 15 and an alarm module 16, wherein:
the scenic spot analysis module 14 is configured to collect, report, warn and guide a passenger flow situation in real time, and the scenic spot analysis module 14 includes a passenger flow monitoring unit 29, a passenger flow collection unit 30, a passenger flow report unit 31, a passenger flow warning unit 32, a passenger flow guidance unit 33, and a passenger flow analysis and prediction unit 34, which are connected in sequence, where: the passenger flow monitoring unit 29 is used for monitoring the real-time passenger flow in the scenic spot; the passenger flow acquisition unit 30 is used for acquiring and counting big data of the real-time passenger flow recorded by monitoring; the passenger flow reporting unit 31 is used for uploading the collected and counted real-time passenger flow to the background management module for information push; the passenger flow early warning unit 32 is used for sending out early warning to prevent emergency when judging that the passenger flow exceeds a threshold value; the passenger flow guiding unit 33 is used for emergency evacuation and guidance of the human flow; the passenger flow analysis and prediction unit 34 is configured to analyze and count the real-time passenger flow volume of each scenic spot, predict the real-time passenger flow volume of each scenic spot, and control the passenger flow volume of the scenic spot according to the prediction result.
The data storage module 15 is used for storing data of passenger flow monitoring and geographical location information of scenic spots.
The alarm module 16 is used to alarm in case of overload of human traffic or emergency.
The intelligent tourism system based on the mobile Internet of things comprises an intelligent mobile terminal, a data processing center and a cloud platform, the intelligent tourism system based on the mobile Internet of things is established through the cloud platform and the data processing center by combining the Internet of things and a mobile communication network, all dispersed information is integrated together to realize the sharing of tourism resources, a user uses voice query to replace the traditional text query through the arranged voice recognition module, the query can be simpler, the problems of inconvenient text input and the like can be avoided, the arranged intelligent navigation module can be used for performing navigation explanation service on tourists to perform intelligent and multifunctional scenic spot guidance and comprehensive information service on the tourists, and the request can be input through the input module when the tourists get lost or go to the destination clearly through the geographic calling module, and then, more standardized information service is carried out on the tourists through the microcontroller module, and the scenic spot analysis module can be used for collecting, reporting, early warning and guiding the passenger flow condition in real time, so that the safety management of scenic spots is ensured, and safety accidents are prevented.
The foregoing is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, various modifications and decorations can be made without departing from the principle of the present invention, and these modifications and decorations should also be regarded as the protection scope of the present invention.
Claims (1)
1. The utility model provides a wisdom tourism system based on remove thing networking which characterized in that: the system comprises an intelligent mobile terminal (1), a data processing center (2) and a cloud platform (3); wherein:
the intelligent mobile terminal (1) comprises a microcontroller module (4) and a background management module (5) which are connected with each other, the microcontroller module (4) is connected with a scenic spot geographic module (6), a geographic calling module (7) and an intelligent navigation module (8), the scenic spot geographic module (6) and the geographic calling module (7) are connected with each other, the scenic spot geographic module (6) is used for inputting, storing and inquiring geographic position information of scenic spots, the geographic calling module (7) is used for positioning and inquiring positions of tourists in the scenic spots, and the intelligent navigation module (8) is used for guiding and explaining services for the tourists; the micro-controller module (4) is also connected with a power module (9), an input module (10), a display module (11) and a voice recognition module (12), wherein the power module (9) is used for supplying power to the micro-controller module (4), the input module (10) is used for inputting request information by a tourist, the display module (11) is used for displaying an inquiry result of the micro-controller module after the input request of the tourist is processed, and the voice recognition module (12) is used for recognizing voice information from the tourist required questions; the microcontroller module (4) is connected with and communicates with the background management module (5) through the wireless communication module (13); the background management module (5) is connected with a scenic spot analysis module (14), a data storage module (15) and an alarm module (16), the scenic spot analysis module (14) is used for collecting, notifying, early warning and guiding passenger flow conditions in real time, the data storage module (15) is used for storing data of passenger flow monitoring and geographical position information of scenic spots, and the alarm module (16) is used for alarming under the condition of overload of people flow or emergency;
the data processing center (2) is used for establishing a connection between the intelligent mobile terminal (1) and the cloud platform (3);
the cloud platform (3) is used for storing the tourism resource information and establishing a resource library according to the tourism resource information;
the scenic spot geographic module (6) comprises a geographic data entry and storage unit (17), a spatial information query and statistics unit (18), a spatial analysis and decision unit (19) and a data updating and management unit (20) which are sequentially connected, wherein the scenic spot geographic module comprises a geographical data entry and storage unit, a spatial information query and statistics unit and a spatial analysis and decision unit;
the geographic data entry and storage unit (17) is used for entering and storing the measured geographic data;
the spatial information query and statistic unit (18) is used for querying the geographical position and counting the popular geographical position of the scenic spot;
the spatial analysis and decision unit (19) is used for analyzing and improving the geographical position and the position of the hot scenic spot and making adjustment;
the data updating and managing unit (20) is used for updating the data of the geographical position adjusted by the spatial analysis and decision unit (19);
the geographic calling module (7) comprises an interest point searching unit (21), a path analyzing unit (22), a peripheral inquiring unit (23), a position positioning and labeling unit (24), a space distance calculating unit (25) and a space-time statistic analyzing unit (26) which are sequentially connected, wherein:
the interest point searching unit (21) is used for searching the favorite scenic spot by tourists;
the path analysis unit (22) is used for planning a direct path from the current position to the destination for the tourist when the tourist searches out the interesting scenic spot;
the peripheral inquiry unit (23) is used for solving inquiry of tourists on the geographic environment and facilities around the interested destination;
the position positioning and marking unit (24) is used for positioning and marking the current position;
the spatial distance calculating unit (25) is used for calculating the distance between the current position and the destination selected by the tourist;
the space-time statistic analysis unit (26) is used for counting the distance between the current position and each destination and carrying out statistics, so that the inquiry of tourists is facilitated;
the intelligent navigation module (8) comprises a voice playing unit (27) and an audio and video explaining unit (28) which are connected with each other, wherein:
the voice playing unit (27) is used for playing voice guidance of a scenic region administrator;
the audio and video explanation unit (28) is used for playing the scenic spot information and the scenic spot introduction of the scenic spot;
the scenic spot analysis module (14) comprises a passenger flow monitoring unit (29), a passenger flow acquisition unit (30), a passenger flow notification unit (31), a passenger flow early warning unit (32), a passenger flow guiding unit (33) and a passenger flow analysis and prediction unit (34) which are sequentially connected, wherein:
the passenger flow monitoring unit (29) is used for monitoring the real-time passenger flow in the scenic spot;
the passenger flow acquisition unit (30) is used for acquiring and counting big data of the real-time passenger flow recorded by monitoring;
the passenger flow notification unit (31) is used for uploading the collected and counted real-time passenger flow to the background management module for information push;
the passenger flow early warning unit (32) is used for sending out early warning when judging that the passenger flow exceeds a threshold value, and preventing emergency;
the passenger flow guiding unit (33) is used for emergency evacuation and guidance of human flow;
the passenger flow analysis and prediction unit (34) is used for analyzing and counting the real-time passenger flow of each scenic spot, predicting the real-time passenger flow of each scenic spot and controlling the passenger flow of the scenic spots according to the prediction result.
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| CN110610694A (en) * | 2019-09-27 | 2019-12-24 | 深圳市逸途信息科技有限公司 | Control method of intelligent voice guide identifier and intelligent voice guide identifier |
| CN110634428A (en) * | 2019-09-27 | 2019-12-31 | 深圳市逸途信息科技有限公司 | Intelligent warning care mark and system |
| CN111062761A (en) * | 2019-12-27 | 2020-04-24 | 四川亨通网智科技有限公司 | Scenic spot big data application platform system |
| CN111260095B (en) * | 2020-01-16 | 2021-08-03 | 重庆特斯联智慧科技股份有限公司 | Scenic spot resource scheduling method and system based on Internet of things |
| CN111382900B (en) * | 2020-02-03 | 2022-07-19 | 重庆特斯联智慧科技股份有限公司 | Tourism prediction platform and method for realizing big data analysis |
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