CN115620427A - Scenic spot passenger flow volume statistical system based on big data - Google Patents
Scenic spot passenger flow volume statistical system based on big data Download PDFInfo
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Abstract
The invention relates to the technical field of passenger flow volume statistics, in particular to a scenic spot passenger flow volume statistical system based on big data. According to the invention, the statistical detection is carried out by identifying the personnel main body, the individual number of the personnel passing through the gate is recorded, and finally the personnel are collected to the passenger flow statistical analysis system in a unified way, and the passenger flow collected and counted by the main passenger flow statistical system and the auxiliary passenger flow statistical system is compared and judged, so that repeated passenger flow is automatically covered, excessive statistics is prevented, the number of the lacking passenger flow is automatically supplemented, and the passenger flow monitoring, collecting and counting are more accurate.
Description
Technical Field
The invention relates to the technical field of passenger flow volume statistics, in particular to a scenic spot passenger flow volume statistical system based on big data.
Background
Because the visitor hobby differs for there is different tourists in the different playing areas in same scenic spot number of people and distributes differently, it is too much and lead to this regional visitor to block up to often appear some regional passenger flow, cause the potential safety hazard, reach the upper limit of passenger flow at the scenic spot wholly even, and the administrator of scenic spot still can not in time master the passenger flow information and the distribution information in scenic spot, can't make timely emergency measures, cause the incident easily, also can influence visitor's tourism and experience.
In different scenic spots of different places, due to different informatization construction degrees, corresponding passenger flow volume data statistics modes and dimensionalities are different, and in general, the passenger flow volume data of the scenic spots are counted in the following modes:
1. the entrance ticket checking gate automatically counts, namely, the entrance ticket checking gate automatically records the scanning number when automatically scanning and checking tickets, but some tourists reaching the ticket-free standard can not be counted;
2. background ticketing system data, namely the number of the sold tickets is automatically counted, but some tourists who buy the tickets but do not arrive at the scenic spots due to unexpected situations cannot be counted;
3. the method comprises the following steps that passenger flow statistics is carried out on camera data, the camera statistics is generally carried out after the camera data are identified through the head and face contours of a plurality of people, however, when people crowd the people and are low in head or line up, the front and the rear people are close in distance and are in synchronous standing positions or walk in tandem, and the latter person cannot be identified and counted;
4. the base station is built in each area, and a user can be connected with a base station signal in the process of using the mobile phone, so that the operator can count the access data and calculate and count the passenger flow through a special data analysis algorithm, but the number of the counted mobile phones is too large because many people have the mobile phones at present, and the data can only be referred to at present;
5. in WIFI, each mobile phone has a unique MAC code, the WIFI probe acquires the MAC address of the tourist mobile terminal device, counts and counts, and immediately feeds back the MAC address to a large data graph after analysis and processing.
In the above statistical methods, inaccurate statistics of guest traffic can be caused during statistics, which may affect better management of scenic spots by analyzing guest traffic in scenic spots.
Disclosure of Invention
The invention aims to solve the problem that scenic spot passenger flow volume statistics are inaccurate in the prior art, so that the defect that scenic spot passenger flow volume analysis can be used for better managing and planning scenic spots is influenced, and the scenic spot passenger flow volume statistics system based on big data is provided.
In order to achieve the purpose, the invention adopts the following technical scheme:
the scenic spot passenger flow volume statistical system based on the big data comprises a scenic spot passenger flow volume statistical system and is characterized in that the scenic spot passenger flow volume statistical system comprises a main passenger flow volume statistical system and an auxiliary passenger flow volume statistical system, wherein the main passenger flow volume statistical system comprises a passenger flow volume statistical infrared monitoring camera system, an Ethernet or a local area network A, a passenger flow volume statistical all-in-one machine, a switch, an Ethernet or a local area network B and a client terminal, and the auxiliary passenger flow volume statistical system comprises an infrared sensing passenger flow volume counter, a GPRS wireless transmission communication network (wiring is not needed, the project volume is reduced, the communication nodes are reduced, the communication stability is enhanced), a passenger flow volume statistical analysis system and a database.
Preferably, the infrared monitoring camera in the main passenger flow volume statistical system adopts a video monitoring-based elegant binocular waterproof explosion-proof passenger flow volume statistical camera, and the infrared monitoring camera uses a single or two as a group to be installed on a gate head of a scenic spot, a cross rod on a scenic spot channel and a cross rod of a scenic spot passenger flow volume distribution fulcrum.
Preferably, the passenger flow volume statistics infrared surveillance camera system is based on a BS framework, is deployed on a cloud server, and a user can log in a platform client terminal at any time and any place, and view passenger flow data and early warning information of a local scenic area, the scenic area passenger flow data is displayed in a graph and report form, the passenger flow volume statistics infrared surveillance camera system comprises a passenger flow volume counter, a communication network, platform software and accessories, wherein the passenger flow volume counter adopts a thermal imaging passenger flow volume counter, the thermal imaging passenger flow volume counter comprises an infrared surveillance camera and a thermal imaging people flow meter body, when the system is used, the number and the direction of entering and exiting of passengers are calculated by adopting a human body temperature image, the thermal imaging counter does not depend on natural light, has advanced performance and reliable operation, the reference counting precision can reach 98%, the specific thermal imaging people flow meter body integrates an optical element, a sensor, signal processing and data output are integrated, the counter is vertically downward to an entrance and an exit, the heat emitted from pedestrians passing below the thermal imaging counter is captured, the behavior of tracking the pedestrians and recording the pedestrians, the pedestrians are detected by a dim environmental data, the dim environment, the dim data is detected by a bright and even a dim environmental light and a dim data, the passenger flow volume is detected by the passenger flow volume statistics infrared surveillance camera system, and the passenger flow volume statistics infrared surveillance camera system is detected by a bright environment.
Preferably, the communication network can adopt IP network communication or 4G network communication, wherein the thermal imaging passenger flow counter only transmits data but not images, so that the network flow is extremely small and hardly occupies bandwidth resources.
Preferably, the passenger flow volume statistic all-in-one machine comprises video monitoring software, a passenger flow volume statistic security monitoring comprehensive management platform, a video storage server and a streaming media server.
Preferably, the video monitoring software is an indispensable part for video monitoring, the video monitoring software comprises client software, server-side software and embedded-side software, and what we usually use to see videos is the client software.
Preferably, the passenger flow volume statistics security monitoring integrated management platform mainly comprises a passenger flow data acquisition system and a passenger flow data report management system, wherein the passenger flow data acquisition system mainly has the functions of acquiring passenger flow counter data, uploading data and the like, and the passenger flow data report management system comprises: 1. the method comprises the steps of configuring and managing user information and user authority, dynamically monitoring passenger flow information of each district and city in real time, inquiring, exporting and printing various passenger flow data reports of days, weeks, months, years and any time period, carrying out retail operation analysis of days, weeks, months and years, focusing on comparison analysis of key items such as passenger flow data, passenger unit price, passenger unit quantity, bag lifting rate and daily stay time, and exporting and printing the reports.
Preferably, the infrared ray sensing passenger flow counter in the secondary passenger flow counting system is installed on a gate machine at the entrance and exit of the scenic spot, and the passenger flow counting is performed in a one-gate one-person mode, specifically, the infrared ray in the infrared ray sensing passenger flow counter forms a light path between the gates in a correlation or refraction mode, and when an object passes through the light path, the connection of the infrared ray light path is blocked, and the object is calculated as the passenger flow by the infrared ray sensing passenger flow counter.
Preferably, the passenger flow volume statistical analysis system comprises a front-end video acquisition unit, a passenger flow detection and analysis statistical unit, a rear-end analysis management unit and a comparison unit, wherein the front-end video acquisition unit comprises a digital camera and a coding unit, the coding unit can be selected from a video server, a daily passenger flow volume statistical table, a digital hard disk video recorder or an IP high-definition camera;
the passenger flow detection and statistical analysis unit is an analysis unit of a passenger flow statistical system, the analysis unit comprises a head recognition module and a database module, and passenger flow statistics is carried out.
The back-end analysis management unit is mainly client management software, logs in the analysis server to read and download the statistical data, and can generate various types of databases/reports including column chart, pie chart, line chart and other reports, and can also generate a table form report.
Preferably, the database adopts a WEB graphical report form, the real-time passenger flow quantity and total amount of each park scenic spot can be browsed through a website, and the real-time passenger flow quantity and total amount are stored in the database to establish a long-term data analysis basis.
Compared with the prior art, the invention has the beneficial effects that:
compared with a single scenic spot passenger flow volume statistical system in the prior art, the system in the application identifies and counts the system through the main passenger flow volume and the auxiliary passenger flow volume when in use, so that the monitoring and counting of the scenic spot passenger flow volume are more accurate, the missing counting or inaccurate monitoring of big data is prevented, the data summarizing and counting are prevented from being influenced, and the analysis of the scenic spot passenger flow volume in the later period is prevented from being influenced to plan and manage scenic spots and the like.
Detailed Description
In the description of the present invention, "a plurality" means two or more unless specifically defined otherwise.
In the description of the present invention, it should be noted that, unless otherwise explicitly specified or limited, the terms "mounted," "disposed," "sleeved/connected," "connected," and the like are to be construed broadly, e.g., "connected," which may be fixedly connected, detachably connected, or integrally connected; can be mechanically or electrically connected; they may be connected directly or indirectly through intervening media, or they may be interconnected between two elements. The specific meanings of the above terms in the present invention can be understood in a specific case to those of ordinary skill in the art.
A scenic spot passenger flow volume statistical system based on big data comprises a scenic spot passenger flow volume statistical system, wherein the scenic spot passenger flow volume statistical system comprises a main passenger flow volume statistical system and an auxiliary passenger flow volume statistical system, the main passenger flow volume statistical system comprises a passenger flow volume statistical infrared monitoring camera system, an Ethernet or a local area network A, a passenger flow volume statistical all-in-one machine, a switch, an Ethernet or a local area network B and a client terminal, and the auxiliary passenger flow volume statistical system comprises an infrared sensing passenger flow volume counter, a GPRS wireless transmission communication network (wiring is not needed, the work load is reduced, communication nodes are reduced, the communication stability is enhanced), a passenger flow volume statistical analysis system and a database.
Through the use of the main passenger flow volume statistical system and the auxiliary passenger flow volume statistical system, the statistical detection is realized through the identification of the main body of the personnel, the individual number of the personnel passing through the gate is recorded, finally the personnel are collected to the passenger flow volume statistical analysis system in a unified way, the passenger flow volume collected and counted by the main passenger flow volume statistical system and the auxiliary passenger flow volume statistical system is compared and judged, repeated passenger flow is automatically covered, excessive statistics is prevented, the number of the lacking passenger flow people is automatically supplemented while the repeated passenger flow is automatically covered, and the passenger flow volume monitoring, collecting and counting are more accurate.
An infrared monitoring camera in the main passenger flow statistical system adopts a video monitoring-based elegant binocular waterproof explosion-proof passenger flow statistical camera, and the infrared monitoring camera uses a single or two as a group of cross rods which are arranged on a scenic spot gate head and a scenic spot channel and cross rods of scenic spot passenger flow distribution fulcrums.
The passenger flow volume statistics infrared monitoring camera system is based on a BS framework, is deployed on a cloud server, and can be used for logging in a platform client terminal anytime and anywhere to check passenger flow data and early warning information of a local scenic spot, wherein the scenic spot passenger flow data is displayed in a graph and a report form mode, the passenger flow volume statistics infrared monitoring camera system comprises a passenger flow volume counter, a communication network, platform software and matched accessories, the passenger flow volume counter adopts a thermal imaging passenger flow volume counter, the thermal imaging passenger flow volume counter comprises an infrared monitoring camera and a thermal imaging people flow counter body, when the passenger flow volume statistics infrared monitoring camera system is used, the number and the direction of the passengers entering and exiting are calculated by adopting a human body temperature image, the thermal imaging counter does not depend on natural light, the performance is advanced, and the operation is reliable, the benchmark count precision can reach 98%, the optical element has been integrated to specific thermal imaging people flow meter body, the inductor, signal processing and data output are in an organic whole, the counter overlooks the access & exit downwards perpendicularly, catch the heat that the pedestrian that passes through from its below gived off, and with this heat tracking and record pedestrian's action, obviously, because equipment detects the target personage through the difference of temperature rather than light environment, so no matter in dim light, or bright environment even in complete dark environment, the passenger flow can normally be detected, the passenger flow data that detect passes through the network with visitor's data upload to the server, platform software then shows data with the mode of figure and statement, send alarm information etc..
The communication network can select IP network communication or 4G network communication, wherein the thermal imaging passenger flow counter only transmits data but not images, so the network flow is extremely small, and bandwidth resources are hardly occupied, the passenger flow statistics all-in-one machine comprises video monitoring software, a passenger flow statistics security and protection monitoring integrated management platform, a video storage server and a streaming media server, the video monitoring software is an indispensable part for video monitoring, the video monitoring software comprises client software, server end software and embedded end software, the client software is usually used for watching videos, the passenger flow statistics security and protection monitoring integrated management platform mainly comprises a passenger flow data acquisition system and a passenger flow data report management system, the passenger flow data acquisition system mainly has the functions of acquiring the passenger flow counter data and uploading the data, and the passenger flow data report management system comprises: 1. the method comprises the steps of configuring and managing user information and user authority, dynamically monitoring passenger flow information of each district and city in real time, inquiring, exporting and printing various passenger flow data reports of days, weeks, months, years and any time period, carrying out retail operation analysis of days, weeks, months and years, focusing on comparison analysis of key items such as passenger flow data, passenger unit price, passenger unit quantity, bag lifting rate and daily stay time, and exporting and printing the reports.
The video storage server is a special embedded device for compressing, storing and processing video and audio data, a streaming media refers to a media form for transmitting audio, video and multimedia files in a network in a streaming mode, the streaming media server is a core system of streaming media application and is a key platform for providing video services for users by operators, the streaming media server has the main functions of collecting, caching, scheduling and transmitting and playing streaming media contents, and the main performance of the streaming media application system depends on the performance and the service quality of the media server, so the streaming media server is the basis of the streaming media application system and is the most main component, and the streaming media server has the main function of transmitting the video files to a client by a streaming protocol for online watching of the users; and real-time video streams can be received from video acquisition and compression software and then are live broadcast to the client side through a streaming protocol.
The infrared sensing passenger flow counter in the secondary passenger flow counting system is arranged on a gate machine at the entrance and exit of a scenic spot, and the passenger flow counting is carried out in a gate-one-person mode.
The passenger flow statistical analysis system comprises a front-end video acquisition unit, a passenger flow detection and analysis statistical unit, a back-end analysis management unit and a comparison unit, wherein the front-end video acquisition unit comprises a digital camera and a coding unit, the coding unit can be selected as a video server, a daily passenger flow statistical table, a digital hard disk video recorder or an IP high-definition camera, the passenger flow detection and analysis unit is an analysis unit of the passenger flow statistical system, the analysis unit comprises a head recognition module and a database module, and the passenger flow statistical analysis system can detect and track pedestrians in different postures walking video images to obtain a detection time period and the crowd flow quantity in a target area city when the passenger flow enters the target area;
the database adopts WEB graphical reports, the real-time passenger flow quantity and the total quantity of each park scenic spot can be browsed through a website, the real-time passenger flow quantity and the total quantity of each park scenic spot can be stored in the database, a long-term data analysis basis is established, so that scenic spots can be managed after the real-time passenger flow in the scenic spots is mastered, the passenger flow quantity is analyzed, the preferences of tourists are analyzed, the detailed passenger flow analysis of different scenic spots is further performed, an operator is helped to find the playing preferences of the tourists in each characteristic scenic spot, the market demand is known, whether the play of other scenic spots is influenced in each scenic spot is judged, different interested fans prefer to play different scenic spots in any sequence, the planning personnel are further helped to give the customers superior and professional tourists to create and experience and the like through the data, meanwhile, the analysis of the spatial distribution of the passenger flow quantity is facilitated, statistics is performed on each tributary spot in the scenic spot, the tributary spot is facilitated, so that the accidents of trampling and the occurrence of the excessive and intensive trampling of the tourists at different time points can be avoided, and the like, and the analysis of the same year, the current limiting scheme is facilitated.
The above embodiments are preferred embodiments of the present invention, but the present invention is not limited to the above embodiments, and any other changes, modifications, substitutions, combinations, and simplifications which do not depart from the spirit and principle of the present invention should be construed as equivalents thereof, and all such modifications are intended to be included in the scope of the present invention.
Claims (10)
1. The scenic spot passenger flow volume statistical system based on the big data comprises a scenic spot passenger flow volume statistical system and is characterized in that the scenic spot passenger flow volume statistical system comprises a main passenger flow volume statistical system and an auxiliary passenger flow volume statistical system, wherein the main passenger flow volume statistical system comprises a passenger flow volume statistical infrared monitoring camera system, an Ethernet or a local area network A, a passenger flow volume statistical all-in-one machine, a switch, an Ethernet or a local area network B and a client terminal, and the auxiliary passenger flow volume statistical system comprises an infrared sensing passenger flow volume counter, a GPRS wireless transmission communication network, a passenger flow volume statistical analysis system and a database.
2. The scenic spot passenger flow volume statistical system based on big data as claimed in claim 1, characterized in that, the infrared monitoring camera in the main passenger flow volume statistical system adopts a video monitoring-based elegant binocular waterproof explosion-proof passenger flow volume statistical camera, and the infrared monitoring camera is installed on the scenic spot gate, the cross bar on the scenic spot passageway, and the cross bar of the scenic spot passenger flow volume distribution fulcrum by one or two as a group.
3. The scenic spot passenger flow volume statistical system based on big data as claimed in claim 1, wherein the passenger flow volume statistical infrared surveillance camera system is based on BS architecture and deployed on a cloud server, the passenger flow volume statistical infrared surveillance camera system comprises a passenger flow volume counter, a communication network, platform software and accessories;
the passenger flow counter adopts a thermal imaging passenger flow counter which comprises an infrared monitoring camera and a thermal imaging people flow counter body.
4. The big-data-based scenic spot passenger flow volume statistic system according to claim 1, wherein the passenger flow volume statistic all-in-one machine comprises video monitoring software, a passenger flow volume statistic security monitoring comprehensive management platform, a video storage server and a streaming media server.
5. The big-data based scenic spot passenger flow statistics system of claim 3, wherein the video monitoring software comprises client software, server-side software, and embedded-side software.
6. The big-data-based scenic spot passenger flow volume statistic system according to claim 3, wherein the passenger flow volume statistic security monitoring comprehensive management platform mainly comprises a passenger flow data acquisition system and a passenger flow data report management system, and the passenger flow data report management system comprises: 1. the method comprises the steps of configuring and managing user information and user authority, dynamically monitoring passenger flow information of each district city in real time, inquiring, exporting and printing various passenger flow data reports of days, weeks, months, years and any time period, retailing and operating and analyzing days, weeks, months and years, emphasizing on the comparative analysis of key items such as passenger flow data, passenger unit price, passenger unit quantity, bag lifting rate and daily sojourn time, and exporting and printing reports.
7. The big-data-based scenic spot passenger flow volume statistic system as claimed in claim 1, wherein the infrared ray sensing passenger flow volume counter in the secondary passenger flow volume statistic system is installed on gate machine at entrance and exit of scenic spot, and the infrared ray in the infrared ray sensing passenger flow volume counter forms light path between gates in a form of correlation or refraction.
8. The big data based scenic spot passenger flow volume statistical system according to claim 1, wherein the passenger flow volume statistical analysis system comprises a front-end acquisition unit, a passenger flow detection and analysis statistical unit, a back-end analysis management unit, and a comparison unit, wherein the front-end video acquisition unit comprises a digital camera and a coding unit, the coding unit is selected from a video server, a daily passenger flow volume statistical table, a digital hard disk video recorder or an IP high definition camera;
the system of claim 7, wherein the passenger flow detection and statistical analysis unit is an analysis unit of the system, and the analysis unit comprises a head recognition module and a database module.
9. The big data based scenic spot passenger flow volume statistics system as claimed in claim 7, wherein the back end analysis management unit is mainly client management software, and logs in the analysis server to read and download the statistical data, so as to generate various types of databases/reports, which include bar charts, pie charts, line charts, etc., and also generate reports in table format.
10. The big data based scenic spot passenger flow statistics system as claimed in claim 9, wherein the database is a WEB graphical report, which can browse the real-time passenger flow quantity and total amount of each park scenic spot through the website, and store the passenger flow quantity and total amount into the database to establish a long-term data analysis basis.
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| CN202210987465.5A CN115620427A (en) | 2022-08-17 | 2022-08-17 | Scenic spot passenger flow volume statistical system based on big data |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116823327A (en) * | 2023-06-22 | 2023-09-29 | 青岛中沃兴牧食品科技有限公司 | Prediction method for sales volume of pork monopoly network based on deep learning |
| CN117252433A (en) * | 2023-11-07 | 2023-12-19 | 北京凯泰铭科技文化发展有限公司 | Method for real-time passenger flow diversion, alarm and notification based on intra-domain scenic spot |
-
2022
- 2022-08-17 CN CN202210987465.5A patent/CN115620427A/en not_active Withdrawn
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116823327A (en) * | 2023-06-22 | 2023-09-29 | 青岛中沃兴牧食品科技有限公司 | Prediction method for sales volume of pork monopoly network based on deep learning |
| CN116823327B (en) * | 2023-06-22 | 2024-04-02 | 青岛中沃兴牧食品科技有限公司 | Prediction method for sales volume of pork monopoly network based on deep learning |
| CN117252433A (en) * | 2023-11-07 | 2023-12-19 | 北京凯泰铭科技文化发展有限公司 | Method for real-time passenger flow diversion, alarm and notification based on intra-domain scenic spot |
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