CN109509119A - Scenic spot touring line guides system and method - Google Patents
Scenic spot touring line guides system and method Download PDFInfo
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Abstract
The present invention relates to scenic spot bootstrap technique fields, aiming at the problem that existing scenic spot touring line can not accurately carry out the guidance of touring line, a kind of scenic spot touring line guidance system is proposed, including image processing system, center service platform, client and the image capturing system that each region sight spot is arranged in；Image capturing system is for acquiring the number of people image data at corresponding region sight spot in real time and number of people image data being uploaded to image processing system；Image processing system detects to obtain real-time tourist's quantity at each region sight spot and is sent to center service platform for the number of people image data progress number of people to each region sight spot；Center service platform, the visitor density at each region sight spot is calculated for real-time tourist's data according to each region sight spot, when visitor density is more than or equal to tourist's saturation threshold at corresponding region sight spot, client is sent to according to the optimal correction route that pre-defined rule calculates corresponding region sight spot and is shown.The touring line that the present invention is suitable for scenic spot guides.
Description
Technical field
The present invention relates to scenic spot bootstrap technique field, in particular to a kind of scenic spot touring line guides system and method.
Background technique
When at scenic spot, tourist's number is more, since tourist is unfamiliar with scenic area and scenic spot distribution and route, it will usually select
It selects identical touring line to be gone sight-seeing, thus be easy to cause the congestion of part sight spot, the part sight spot but sparse situation of tourist.
To solve the above problems, the Chinese patent that application publication number is CN105389620A discloses a kind of scenic area and scenic spot line
Scenic spot division is first N number of sight spot, obtains the location information at each sight spot, obtain the position of tourist in scenic spot by road recommended method
Confidence breath, the sight spot density of personnel value at each sight spot is gone out according to positional information calculation, downloads the sight spot density of personnel at each sight spot
Value, is ranked up sight spot according to sight spot density of personnel value, sight spot where calculating the minimum sight spot density of personnel value of tourist's distance
Shortest path, while the shortest path between adjacent sequence sight spot is calculated, and shortest path is connected to be formed according to sights
Route is indicated to tourist.There are the following problems in above-mentioned patent application: in terms of route of user planing method, in the above method
Route adjustment event can fix generation, can occur in the unsaturated situation of sight spot tourist, so that personnel's flows over
Greatly, which employs minimum visitor densities as the progress route planning of unique priority condition, it may appear that sight spot traverse distance is longer
Situation.
Summary of the invention
The technical problems to be solved by the present invention are: overcoming existing scenic spot touring line that can not accurately carry out touring line
Guidance the problem of, propose a kind of scenic spot touring line guidance system and method.
The present invention solves above-mentioned technical problem, the technical solution adopted is that:
Scenic spot touring line guides system, including image capturing system, image processing system, center service platform and client
End；
Image capturing system is arranged at each region sight spot, for acquiring the number of people image data at corresponding region sight spot in real time
And number of people image data is uploaded to image processing system；
Image processing system carries out the number of people for the number of people image data to each region sight spot and detects to obtain each region sight spot
Real-time tourist's quantity, real-time tourist's quantity at each region sight spot is sent to center service platform；
Center service platform, the tourist for calculating each region sight spot for real-time tourist's data according to each region sight spot are close
Degree calculates corresponding region scape according to pre-defined rule when visitor density is more than or equal to tourist's saturation threshold at corresponding region sight spot
The optimal correction route of point is sent to client and is shown.
Preferably, the center service platform is also used to send the visitor density at each region sight spot to client.
Further, the client is also used to send itself location information to center service platform, it is described in it is genuinely convinced
Business platform is also used to be more than or equal to the tourist at corresponding region sight spot when the visitor density at the corresponding region sight spot of the location information
When saturation threshold, client is sent to according to the optimal correction route that pre-defined rule calculates client region sight spot and is shown
Show.
Preferably, the optimal correction route that corresponding region sight spot is calculated according to pre-defined rule, comprising:
Visitor density is calculated more than or equal to the region sight spot of corresponding tourist's saturation threshold at a distance from other region sight spots,
Optimal correction route is calculated according to distance visitor density corresponding with other region sight spots.
Preferably, described that optimal correction route packet is calculated according to distance visitor density corresponding with other region sight spots
It includes:
Using Weighted Average Algorithm to described at a distance from other region sight spots and the tourist at other corresponding region sight spots
Density is calculated, using other corresponding region sight spots of the minimum value of calculated result as adjustment destination, the optimal correction
Route includes adjusting the area of the corresponding location information in destination and corresponding visitor density more than or equal to corresponding tourist's saturation threshold
The location information at domain sight spot.
In order to solve the above technical problems, the present invention also provides a kind of scenic spot touring line bootstrap techniques, including walk as follows
It is rapid:
A, the image capturing system at each region sight spot is set for acquiring the number of people picture number at corresponding region sight spot in real time
Image processing system is uploaded to according to and by number of people image data；
B, image processing system detects to obtain each region sight spot to the number of people image data progress number of people at each region sight spot
Real-time tourist's quantity, is sent to center service platform for real-time tourist's quantity at each region sight spot；
C, center service platform calculates the visitor density at each region sight spot according to real-time tourist's data at each region sight spot, when
When visitor density is more than or equal to tourist's saturation threshold at corresponding region sight spot, corresponding region sight spot is calculated most according to pre-defined rule
Excellent adjustment route is sent to client and is shown.
Preferably, the step C further includes sending the visitor density at each region sight spot to client.
Preferably, the step C further includes that client sends itself location information to center service platform, center service
The tourist that the visitor density that platform determines the corresponding region sight spot of the location information is more than or equal to corresponding region sight spot is saturated
When threshold value, client is sent to according to the optimal correction route that pre-defined rule calculates client region sight spot and is shown.
Preferably, the optimal correction route that corresponding region sight spot is calculated according to pre-defined rule, comprising:
Visitor density is calculated more than or equal to the region sight spot of corresponding tourist's saturation threshold at a distance from other region sight spots,
Optimal correction route is calculated according to distance visitor density corresponding with other region sight spots.
Preferably, described that optimal correction route packet is calculated according to distance visitor density corresponding with other region sight spots
It includes:
Using Weighted Average Algorithm to described at a distance from other region sight spots and the tourist at other corresponding region sight spots
Density is calculated, using other corresponding region sight spots of the minimum value of calculated result as adjustment destination, the optimal correction
Route includes adjusting the area of the corresponding location information in destination and corresponding visitor density more than or equal to corresponding tourist's saturation threshold
The location information at domain sight spot.
The beneficial effects of the present invention are:
Image capturing system is set at each region sight spot, the position of image capturing system is accurate and fixes, and can be passed through
High angle shot from the top down obtains the number of people image data at corresponding region sight spot, and image processing system detects skill by the mature number of people
Art detects number of people image data to obtain real-time tourist's quantity at each region sight spot, further according to the reality at each region sight spot
When tourist's data calculate corresponding visitor density, when visitor density is more than or equal to tourist's saturation threshold at corresponding region sight spot,
Client, which is sent to, according to the optimal correction route that pre-defined rule calculates corresponding region sight spot is shown so also solve back
The adjustment of route existing for method event can fix generation in scape technology, can send out in the unsaturated situation of sight spot tourist
It is raw, so that the problem that the flowing of personnel is excessive.
Detailed description of the invention
Fig. 1 is the system layout figure of the embodiment of the present invention；
Fig. 2 is the method timing flow chart of the embodiment of the present invention.
Specific embodiment
In order to make the objectives, technical solutions, and advantages of the present invention clearer, right with reference to the accompanying drawings and embodiments
The present invention is further elaborated.
As shown in Figure 1, scenic spot touring line guides system, including image capturing system, image processing system, center service
Platform and client；
Image capturing system is arranged at each region sight spot, for acquiring the number of people image data at corresponding region sight spot in real time
And number of people image data is uploaded to image processing system；
Image processing system carries out the number of people for the number of people image data to each region sight spot and detects to obtain each region sight spot
Real-time tourist's quantity, real-time tourist's quantity at each region sight spot is sent to center service platform；
Center service platform, the tourist for calculating each region sight spot for real-time tourist's data according to each region sight spot are close
Degree calculates corresponding region scape according to pre-defined rule when visitor density is more than or equal to tourist's saturation threshold at corresponding region sight spot
The optimal correction route of point is sent to client and is shown.
Wherein, client can be located in each region sight spot for display device, be also possible to tourist carry shifting
Dynamic terminal.Image capturing system can obtain the number of people image data at corresponding region sight spot by high angle shot from the top down.Image is adopted
Collecting system may include multiple images acquisition unit, and each image acquisition units are used to acquire the number of people picture number at region sight spot
According to.
In order to guarantee tourist can the visitor density at region sight spot also do not reach tourist's saturation threshold when to each region scape
The visitor density of point voluntarily plans touring line after having gained some understanding, and center service platform can also be used in the trip for sending each region sight spot
Objective density is to client.
When client is the mobile terminal that tourist carries, tourist only wonders the adjustment line of oneself position at this time
Road, client can also be used to sending itself location information to center service platform, and center service platform can also be used to work as position
When the visitor density at the corresponding region sight spot of information is more than or equal to tourist's saturation threshold at corresponding region sight spot, according to pre-defined rule
The optimal correction route for calculating client region sight spot is sent to client and is shown.
It is carried out to further solve minimum visitor density present in the method for background technique as unique priority condition
Route planning will appear the longer problem of sight spot traverse distance, and the optimal correction line at corresponding region sight spot is calculated according to pre-defined rule
Road, comprising:
Visitor density is calculated more than or equal to the region sight spot of corresponding tourist's saturation threshold at a distance from other region sight spots,
Optimal correction route is calculated according to distance visitor density corresponding with other region sight spots.
It is inconsistent in the weight in line adjustment in view of distance and visitor density, according to distance and other region sight spots pair
Optimal correction route is calculated in the visitor density answered
Using Weighted Average Algorithm pair at a distance from other region sight spots and the visitor density at other corresponding region sight spots
It is calculated, using other corresponding region sight spots of the minimum value of calculated result as adjustment destination, optimal correction route includes
It adjusts the corresponding location information in destination and corresponding visitor density is more than or equal to the region sight spot for corresponding to tourist's saturation threshold
Location information.
As shown in Fig. 2, scenic spot touring line bootstrap technique, includes the following steps:
A, the image capturing system at each region sight spot is set for acquiring the number of people picture number at corresponding region sight spot in real time
Image processing system is uploaded to according to and by number of people image data；
B, image processing system detects to obtain each region sight spot to the number of people image data progress number of people at each region sight spot
Real-time tourist's quantity, is sent to center service platform for real-time tourist's quantity at each region sight spot；
C, center service platform calculates the visitor density at each region sight spot according to real-time tourist's data at each region sight spot, when
When visitor density is more than or equal to tourist's saturation threshold at corresponding region sight spot, corresponding region sight spot is calculated most according to pre-defined rule
Excellent adjustment route is sent to client and is shown.
Wherein, client can be located in each region sight spot for display device, be also possible to tourist carry shifting
Dynamic terminal.Image capturing system can obtain the number of people image data at corresponding region sight spot by high angle shot from the top down.Image is adopted
Collecting system may include multiple images acquisition unit, and each image acquisition units are used to acquire the number of people picture number at region sight spot
According to.
In order to guarantee tourist can the visitor density at region sight spot also do not reach tourist's saturation threshold when to each region scape
The visitor density of point voluntarily plans that touring line, step C may also include the visitor density for sending each region sight spot after having gained some understanding
To client.
When client is the mobile terminal that tourist carries, tourist only wonders the adjustment line of oneself position at this time
Road, step C may also include client and send itself location information to center service platform, and center service platform determines position
When the visitor density at the corresponding region sight spot of information is more than or equal to tourist's saturation threshold at corresponding region sight spot, according to pre-defined rule
The optimal correction route for calculating client region sight spot is sent to client and is shown.
It is carried out to further solve minimum visitor density present in the method for background technique as unique priority condition
Route planning will appear the longer problem of sight spot traverse distance, and the optimal correction line at corresponding region sight spot is calculated according to pre-defined rule
Road, comprising:
Visitor density is calculated more than or equal to the region sight spot of corresponding tourist's saturation threshold at a distance from other region sight spots,
Optimal correction route is calculated according to distance visitor density corresponding with other region sight spots.
It is inconsistent in the weight in line adjustment in view of distance and visitor density, according to distance and other region sight spots pair
Optimal correction route is calculated in the visitor density answered
Using Weighted Average Algorithm pair at a distance from other region sight spots and the visitor density at other corresponding region sight spots
It is calculated, using other corresponding region sight spots of the minimum value of calculated result as adjustment destination, optimal correction route includes
It adjusts the corresponding location information in destination and corresponding visitor density is more than or equal to the region sight spot for corresponding to tourist's saturation threshold
Location information.
Claims (10)
1. scenic spot touring line guides system, which is characterized in that including image capturing system, image processing system, center service
Platform and client；
Image capturing system, setting is at each region sight spot, for acquiring the number of people image data at corresponding region sight spot in real time and inciting somebody to action
Number of people image data is uploaded to image processing system；
Image processing system carries out the number of people for the number of people image data to each region sight spot and detects to obtain the reality at each region sight spot
When tourist's quantity, real-time tourist's quantity at each region sight spot is sent to center service platform；
Center service platform calculates the visitor density at each region sight spot for real-time tourist's data according to each region sight spot, when
When visitor density is more than or equal to tourist's saturation threshold at corresponding region sight spot, corresponding region sight spot is calculated most according to pre-defined rule
Excellent adjustment route is sent to client and is shown.
2. scenic spot touring line as described in claim 1 guides system, which is characterized in that the center service platform is also used to
The visitor density at each region sight spot is sent to client.
3. scenic spot touring line as claimed in claim 1 or 2 guides system, which is characterized in that the client is also used to send out
Give the location information of itself to center service platform, the center service platform is also used to when the corresponding region of the location information
When the visitor density at sight spot is more than or equal to tourist's saturation threshold at corresponding region sight spot, client place is calculated according to pre-defined rule
The optimal correction route at region sight spot is sent to client and is shown.
4. scenic spot touring line as described in claim 1 guides system, which is characterized in that described according to pre-defined rule calculating pair
Answer the optimal correction route at region sight spot, comprising:
Visitor density is calculated more than or equal to the region sight spot of corresponding tourist's saturation threshold at a distance from other region sight spots, according to
Optimal correction route is calculated in distance visitor density corresponding with other region sight spots.
5. scenic spot touring line as claimed in claim 4 guides system, which is characterized in that described according to distance and other regions
Optimal correction route is calculated in the corresponding visitor density in sight spot
Using Weighted Average Algorithm to described at a distance from other region sight spots and the visitor density at other corresponding region sight spots
It is calculated, using other corresponding region sight spots of the minimum value of calculated result as adjustment destination, the optimal correction route
It is more than or equal to the region scape of corresponding tourist's saturation threshold including the adjustment corresponding location information in destination and corresponding visitor density
The location information of point.
6. scenic spot touring line bootstrap technique, which comprises the steps of:
A, the image capturing system at each region sight spot is set for acquiring the number of people image data at corresponding region sight spot in real time simultaneously
Number of people image data is uploaded to image processing system；
B, image processing system detects to obtain the real-time of each region sight spot to the number of people image data progress number of people at each region sight spot
Real-time tourist's quantity at each region sight spot is sent to center service platform by tourist's quantity；
C, center service platform calculates the visitor density at each region sight spot according to real-time tourist's data at each region sight spot, works as tourist
When density is more than or equal to tourist's saturation threshold at corresponding region sight spot, the optimal tune at corresponding region sight spot is calculated according to pre-defined rule
Whole route is sent to client and is shown.
7. touring line bootstrap technique in scenic spot as claimed in claim 6, which is characterized in that the step C further includes sending respectively
The visitor density at region sight spot is to client.
8. scenic spot touring line bootstrap technique as claimed in claims 6 or 7, which is characterized in that the step C further includes client
End sends the location information of itself to center service platform, and center service platform determines the corresponding region scape of the location information
When the visitor density of point is more than or equal to tourist's saturation threshold at corresponding region sight spot, client location is calculated according to pre-defined rule
The optimal correction route at domain sight spot is sent to client and is shown.
9. touring line bootstrap technique in scenic spot as claimed in claim 6, which is characterized in that described according to pre-defined rule calculating pair
Answer the optimal correction route at region sight spot, comprising:
Visitor density is calculated more than or equal to the region sight spot of corresponding tourist's saturation threshold at a distance from other region sight spots, according to
Optimal correction route is calculated in distance visitor density corresponding with other region sight spots.
10. touring line bootstrap technique in scenic spot as claimed in claim 9, which is characterized in that described according to distance and other areas
Optimal correction route is calculated in the corresponding visitor density in domain sight spot
Using Weighted Average Algorithm to described at a distance from other region sight spots and the visitor density at other corresponding region sight spots
It is calculated, using other corresponding region sight spots of the minimum value of calculated result as adjustment destination, the optimal correction route
It is more than or equal to the region scape of corresponding tourist's saturation threshold including the adjustment corresponding location information in destination and corresponding visitor density
The location information of point.
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