CN110364020A - The Synergistic method of intelligent parking induction and signal control - Google Patents
The Synergistic method of intelligent parking induction and signal control Download PDFInfo
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- CN110364020A CN110364020A CN201910673392.0A CN201910673392A CN110364020A CN 110364020 A CN110364020 A CN 110364020A CN 201910673392 A CN201910673392 A CN 201910673392A CN 110364020 A CN110364020 A CN 110364020A
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- G—PHYSICS
- G08—SIGNALLING
- G08G—TRAFFIC CONTROL SYSTEMS
- G08G1/00—Traffic control systems for road vehicles
- G08G1/14—Traffic control systems for road vehicles indicating individual free spaces in parking areas
- G08G1/141—Traffic control systems for road vehicles indicating individual free spaces in parking areas with means giving the indication of available parking spaces
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- G—PHYSICS
- G08—SIGNALLING
- G08G—TRAFFIC CONTROL SYSTEMS
- G08G1/00—Traffic control systems for road vehicles
- G08G1/14—Traffic control systems for road vehicles indicating individual free spaces in parking areas
- G08G1/141—Traffic control systems for road vehicles indicating individual free spaces in parking areas with means giving the indication of available parking spaces
- G08G1/144—Traffic control systems for road vehicles indicating individual free spaces in parking areas with means giving the indication of available parking spaces on portable or mobile units, e.g. personal digital assistant [PDA]
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Abstract
The invention discloses the Synergistic methods of a kind of induction of intelligent parking and signal control, include the following steps: S1, obtain the selected destination information of user terminal；S2, based on the parking area near above destination information searching customer objective ground；S3 is analyzed and is obtained when user reaches above-mentioned each parking area, the data information of vacant parking stall quantity in parking area；S4, based on above-mentioned data information, corresponding parking director information is generated according to set algorithm and is sent to user terminal, it before user drives to arrive at the destination, just has begun and plans parking area for user, the induction of vehicle parking and signal control operation are preposition, it allows users to conveniently find corresponding parking area, before the parking area that user soon reaches setting, a parking stall is locked for user, it is ensured that user there can be parking stall parking when reaching above-mentioned parking area.
Description
Technical field
The present invention relates to parkings to manage technical field, more specifically, it relates to a kind of induction of intelligent parking and signal control
The Synergistic method of system.
Background technique
Parking lot inducible system (PGIS), also known as stopping guide system are by traffic information display plate, wireless telecommunications
The modes such as equipment provide position, service condition, introduction route, traffic control and the traffic congestion in parking lot to driver
System.Parking guidance system is for improving parking apparatus utilization rate, reducing the road traffic generated due to finding parking lot
Amount, reduce in order to stop and caused by waiting time, the efficiency for improving entire traffic system etc. have extremely important effect.
In the prior art, parking guidance system is made of parts such as information collection, information processing and information publications.It is big
Causing working principle is all remaining number of empty spacess in empty parking space acquisition controller acquisition parking lot, is handled through control centre's calculator
Afterwards, entrance navigational panel (title containing parking lot, occupancy situation, orientation etc.) is got forwarded to by data transmission set, finally with the side of vision
Formula provides guidance to driver.
Above-mentioned parking guidance system only works as driver, i.e. user terminal can be opened after entering relevant parking area
Beginning plays effectiveness, it is clear that has certain hysteresis quality.With the continuous development of big data and the communication technology, by parking area
Data information sends the trend for being given to user terminal and having become current technological development by remote wireless network.Based on mobile network
Network allows user terminal that can set in advance parking stall before arriving at the destination and has become reality.But above-mentioned technology is being practiced
In there are still can improve to improve place, for example, the data of parking area are believed before user sets out and after user reaches parking area
Breath is changed, and is caused user although to reach parking area but is difficult to park；After user reaches parking area, how
Guarantee that user has parking stall available in parking area at this time, how to be quickly and effectively given to user's parking director information etc..
Summary of the invention
More limit to for parking guidance system sphere of action in practice, the temporary variations feelings of parking stall in parking area
Condition influences user and stops this problem, and present invention aims at the collaborative partys for proposing a kind of intelligent parking induction and signal control
Method can not only be realized parking stall quantity variation anticipation in parking area using big data and Real-time Communication Technology, guarantee that user arrives
There can be parking stall after up to parking area, meanwhile, it is capable to improve after vehicle enters parking area, the pipe of parking stall in parking area
Control, avoids the occurrence of user and enters after parking area without the available difficult situation in parking stall, concrete scheme is as follows:
A kind of Synergistic method of intelligent parking induction and signal control, includes the following steps,
S1 obtains the selected destination information of user terminal；
S2, based on the parking area near above destination information searching customer objective ground；
S3 is analyzed and is obtained when user reaches above-mentioned each parking area, the data letter of vacant parking stall quantity in parking area
Breath；
S4 is based on above-mentioned data information, generates corresponding parking director information according to set algorithm and is sent to user terminal.
Through the above technical solutions, just have begun before user drives to arrive at the destination and plan parking area for user,
Allow users to conveniently find corresponding parking area, avoid reach parking area after without parking stall the case where appearance,
It also avoids vehicle to collect around in parking area simultaneously and waits parking stalls, cause congestion.
Further, step S1, S2 includes:
S11, the coordinate position of cartographic information and each parking area in map where acquisition parking area；
S12 is identified based on the input operation of user terminal and is determined destination coordinate position；
S21 calculates lookup and sets in destination according to the cartographic information, the coordinate position of parking area, destination coordinate position
Parking area within the scope of set a distance.
Through the above technical solutions, the parking area for being suitable for user's parking can be accurately found, it is simple and fast.
Further, the step S3 includes:
S31 obtains user's real-time geographical locations information, is based on step S21, calculates row needed for user reaches each parking area
Sail the time；
S32 transfers the real time data information and historical data information of corresponding parking area, generates for prejudging above-mentioned parking area
The trend curve that vacant parking stall quantity changes in domain；
S33 is obtained when user reaches above-mentioned parking area, in parking area in conjunction with the running time and trend curve
The data information of vacant parking stall quantity.
Through the above technical solutions, on the basis of the data information of current parking area, it, can in conjunction with historical data information
It relatively accurately estimates when user reaches above-mentioned parking area, vacant parking stall quantity in parking area, and then on capable of guaranteeing
State the accuracy of parking director information.
Further, the historical data information includes: the vacant quantity information in same period parking stall, Weather information, festivals or holidays
Information.
Through the above technical solutions, having comprehensively considered the common factors for influencing vacant parking stall quantity in parking area, not only
The influence factor being limited only in parking area greatly improves the accuracy of anticipation.
Further, in the step S4, corresponding parking director information is generated according to set algorithm and is sent to user
End includes:
S41 confirms parking area position according to user terminal selection or automatic recommendation；
S42, the coordinate position based on cartographic information and parking area generate driving navigation route.
Through the above technical solutions, correctly finding optimal parking area according to navigation information convenient for user.
Further, the Synergistic method further include:
S5 obtains the real-time position information of user terminal, calculates the time that user reaches setting parking area；
S6, setting parking stall pre-allocate time value, and the time needed for user reaches parking area is less than the above-mentioned predistribution time
After value, a vacant parking stall is locked in setting parking area for user；
S7, the vacant parking stall coordinate position based on above-mentioned locking generate end navigation routine and are sent to user terminal.
Through the above technical solutions, can effectively guarantee have vacant parking stall can after user reaches the parking area set
For parking, meanwhile, the setting of time value is pre-allocated, can also be shortened as far as possible to avoid being from the beginning client lock parking stall
The parking stall locked time, the utilization rate of parking stall is fully ensured that, end navigation routine is also convenient for user in the shortest time
The parking stall for its locking is inside found, the time needed for reducing parking.
Further, the Synergistic method further includes that step is guided in end, comprising:
Whether S8, detection user terminal vehicle reach setting parking area within the set time；
S81 opens the end pilot device for parking in parking area if user reaches setting parking area, guides user by vehicle
Stop into the vacant parking stall to above-mentioned locking；
S82 releases the lock state of above-mentioned locked vacant parking stall, repetitive sequence if user is to reach setting parking area
Step S5 ~ S8 is executed until the cancellation of the repeatable number or confirmation user terminal of setting operates.
Through the above technical solutions, making full use of the pilot device for parking in parking area, guarantee that vehicle enters parking
Corresponding parking stall can be quickly found behind region, shorten the time needed for parking stall is looked in parking.
Further, the end guide device includes,
Live display device is configured for display and guides user that vehicle is driven into the driver behavior prompt letter to locking parking stall
Breath；And/or
Field speech playing device is configured for providing for user and vehicle is driven into the speech prompt information to locking parking stall.
Through the above technical solutions, allowing users to drive vehicle arrival as soon as possible in conjunction with the prompt of vision and the sense of hearing
The parking position of setting.
Further, the step S81 includes:
S810 obtains the position of user terminal and each end guide device in parking area；
S811 searches the end guide device that at least one position is close with user's end position；
S812 is based on the end navigation routine, and prompt information is provided in above-mentioned end guide device, guides user by vehicle
Stop into the vacant parking stall to above-mentioned locking.
Through the above technical solutions, the display in each end guide device in parking area is enabled to follow user
The position at end and change, facilitate guide user vehicle is stopped as early as possible into the parking stall locked before.
Compared with prior art, beneficial effects of the present invention are as follows:
Before user drives to arrive at the destination, just has begun and plan parking area, the induction of vehicle parking and signal for user
Control operation is preposition, allows users to conveniently find corresponding parking area, soon reaches stopping for setting in user
Before vehicle region, a parking stall is locked for user, it is ensured that user there can be parking stall parking when reaching above-mentioned parking area.
Detailed description of the invention
Fig. 1 is the overall flow schematic diagram of the method for the present invention；
Fig. 2 is the method schematic diagram that the present invention estimates vacant parking stall quantity in parking area；
It is the schematic diagram that user locks vacant parking stall that Fig. 3, which is when user soon reaches parking area,；
Fig. 4 is whether to reach the end that parking area is decision condition according to user to guide step schematic diagram；
Fig. 5 is that pilot device for parking guides vehicle to enter the method schematic diagram for setting parking stall in parking area.
Specific embodiment
Below with reference to embodiment and figure, the present invention is described in further detail, but embodiments of the present invention not only limit
In this.
As shown in Figure 1, a kind of Synergistic method of intelligent parking induction and signal control, mainly includes the following steps:
S1 obtains the selected destination information of user terminal；
S2, based on the parking area near above destination information searching customer objective ground；
S3 is analyzed and is obtained when user reaches above-mentioned each parking area, the data letter of vacant parking stall quantity in parking area
Breath；
S4 is based on above-mentioned data information, generates corresponding parking director information according to set algorithm and is sent to user terminal.
Above-mentioned steps S1 is specifically included:
S11, the coordinate position of cartographic information and each parking area in map where acquisition parking area；
S12 is identified based on the input operation of user terminal and is determined destination coordinate position.
In above-mentioned realization step S1, intelligent mobile terminal, such as smart phone, tablet computer, user is can be used in user terminal
Load specific application program.In step S11, the cartographic information where parking area is obtained, aforesaid operations can pass through
It connects third party's map software interface to realize, such as realizes the load of parking area coordinate position by Baidu map, and be based on
The operation of user selects destination.
Above-mentioned steps S2 is specifically included:
S21 calculates lookup and sets in destination according to the cartographic information, the coordinate position of parking area, destination coordinate position
Parking area within the scope of set a distance.It is suitable for stopping for user's parking through the above technical solutions, can accurately find
Vehicle region, it is simple and fast.By on map some point position search near, had many practices at present, herein no longer
Repeat its principle and process.
For the step S3, as shown in Figure 2, comprising:
S31 obtains user's real-time geographical locations information, is based on step S21, calculates row needed for user reaches each parking area
Sail the time；
S32 transfers the real time data information and historical data information of corresponding parking area, generates for prejudging above-mentioned parking area
The trend curve that vacant parking stall quantity changes in domain；
S33 is obtained when user reaches above-mentioned parking area, in parking area in conjunction with the running time and trend curve
The data information of vacant parking stall quantity.
Above-mentioned steps S31, first by finders such as GPS positioning modules on user terminal, where getting user terminal
Geographical location information, then can conveniently calculate user using existing navigation software and reach each parking area
Time needed for domain.
It is described in further detail, the historical data information includes: the vacant quantity information in same period parking stall, Weather information, section
Holiday information, through the above technical solutions, having comprehensively considered vacant parking stall quantity in influence parking area by big data analysis
Common factors, the influence factor being not limited solely in parking area greatly improves the accuracy of anticipation.
Optimal parking area is correctly found according to navigation information for the ease of user.Further, the step S4
In, it generates corresponding parking director information according to set algorithm and is sent to user terminal and include:
S41 recommends automatically according to user terminal selection or system, confirms parking area position；
S42, the coordinate position based on cartographic information and parking area generate driving navigation route.
Above-mentioned steps can indicate in practice are as follows: the position of parking area is sent to user terminal by system server, is used
Family selects corresponding parking area or system according to the algorithm of setting, such as root on user terminal by human-computer interaction interface
According to the distance of distance between parking area and destination, one parking area of automatic push is given to user after COMPREHENSIVE CALCULATING.Confirmation
After parking area, then navigation routine is generated using cartographic information and corresponding navigation software.User is according to above-mentioned navigation routine
It drives vehicle and goes to parking area.
In the prior art, the vacant vehicle during user's driving vehicle goes to parking area, in parking area
Bit quantity can change, it is more likely that after user reaches the parking area of setting, without vacant parking stall.In order to avoid
The appearance of above situation, in the present invention, as shown in figure 3, the Synergistic method further include:
S5 obtains the real-time position information of user terminal, calculates the time that user reaches setting parking area；
S6, setting parking stall pre-allocate time value, and the time needed for user reaches parking area is less than the above-mentioned predistribution time
After value, a vacant parking stall is locked in setting parking area for user；
S7, the vacant parking stall coordinate position based on above-mentioned locking generate end navigation routine and are sent to user terminal.
In above-mentioned steps S6, the length for pre-allocating time value can be adjusted according to the tensity of parking stall.It is set one
In fixed embodiment, when parking stall is more nervous, above-mentioned predistribution time value is then corresponding shorter, when parking stall is more idle,
It is then on the contrary.It is possible thereby to effectively guarantee there is vacant parking stall parking available after user reaches the parking area of setting, it can also be with
It supervises user to drive to go to as early as possible to a certain extent, avoids shortening vehicle as far as possible from the beginning for client lock parking stall
The position locked time, the utilization rate of parking stall is fully ensured that.Above-mentioned end navigation routine is also convenient for user in the shortest time
The parking stall for its locking is inside found, the time needed for reducing parking.
As shown in figure 4, the Synergistic method further includes that step is guided in end, comprising:
Whether S8, detection user terminal vehicle reach setting parking area within the set time；
S81 opens the end pilot device for parking in parking area if user reaches setting parking area, guides user by vehicle
Stop into the vacant parking stall to above-mentioned locking；
S82 releases the lock state of above-mentioned locked vacant parking stall, repetitive sequence if user is to reach setting parking area
Step S5 ~ S8 is executed until the cancellation of the repeatable number or confirmation user terminal of setting operates.
Whether above-mentioned steps S8, the Vehicle License Plate Recognition System detection user that can use Entrance to controlled parking zone enter parking area
Domain, above-mentioned detection method, basis are to need to be stored in advance the id information of above-mentioned user terminal in system server, include at least
Vehicle license plate information.Through the above technical solutions, making full use of the pilot device for parking in parking area, guarantee that vehicle enters
Corresponding parking stall can be quickly found after parking area, shorten the time needed for parking stall is looked in parking.
In order to enable user can drive the parking position that vehicle reaches setting as soon as possible, further, the end is drawn
Leading device includes live display device and/or field speech playing device.
Live display device configurations are to guide user to prompt the driver behavior that vehicle drives into locking parking stall for showing
Information.Field speech playing device, which is configured for providing for user, drives into the speech prompt information to locking parking stall for vehicle.
In practice, above-mentioned live display device configurations are parking area, and such as the LED display in parking lot, above-mentioned field speech is broadcast
Putting device includes the broadcast system being arranged in parking area.
For the step S81, as shown in figure 5, further comprising:
S810 obtains the position of user terminal and each end guide device in parking area；
S811 searches the end guide device that at least one position is close with user's end position；
S812 is based on the end navigation routine, and prompt information is provided in above-mentioned end guide device, guides user by vehicle
Stop into the vacant parking stall to above-mentioned locking.
Through the above technical solutions, the display in each end guide device in parking area is enabled to follow user
The position at end and change, facilitate guide user vehicle is stopped as early as possible into the parking stall locked before.
In the present invention, it is preferred that user terminal is configured to intelligent mobile terminal, such as smart phone, data in parking area
The acquisition of information realizes that the data of acquisition are believed using components such as the photographic devices or infrared detecting device being arranged in parking area
Breath is transmitted to server by the monitoring center in parking area and is analyzed and processed, and is directed to different user terminal situations, raw
At corresponding parking director information.Server preferably uses cloud server, communicates to connect with user terminal, pacifies in user terminal
Fixed APP is installed, the data information of server push is received.
Entire technical solution, difference from prior art are, before user drives to arrive at the destination, just have begun
Parking area is planned for user, and the induction of vehicle and signal control operation are preposition, allow users to conveniently find
Corresponding parking area locks a parking stall before the parking area that user soon reaches setting for user, it is ensured that user arrives
There can be parking stall parking when up to above-mentioned parking area.
The above is only a preferred embodiment of the present invention, protection scope of the present invention is not limited merely to above-mentioned implementation
Example, all technical solutions belonged under thinking of the present invention all belong to the scope of protection of the present invention.It should be pointed out that for the art
Those of ordinary skill for, several improvements and modifications without departing from the principles of the present invention, these improvements and modifications
It should be regarded as protection scope of the present invention.
Claims (9)
1. a kind of Synergistic method of intelligent parking induction and signal control, includes the following steps,
S1 obtains the selected destination information of user terminal；
S2, based on the parking area near above destination information searching customer objective ground；
S3 is analyzed and is obtained when user reaches above-mentioned each parking area, the data letter of vacant parking stall quantity in parking area
Breath；
S4 is based on above-mentioned data information, generates corresponding parking director information according to set algorithm and is sent to user terminal.
2. Synergistic method according to claim 1, which is characterized in that step S1, S2 includes:
S11, the coordinate position of cartographic information and each parking area in map where acquisition parking area；
S12 is identified based on the input operation of user terminal and is determined destination coordinate position；
S21 calculates lookup and sets in destination according to the cartographic information, the coordinate position of parking area, destination coordinate position
Parking area within the scope of set a distance.
3. Synergistic method according to claim 2, which is characterized in that the step S3 includes:
S31 obtains user's real-time geographical locations information, is based on step S21, calculates row needed for user reaches each parking area
Sail the time；
S32 transfers the real time data information and historical data information of corresponding parking area, generates for prejudging above-mentioned parking area
The trend curve that vacant parking stall quantity changes in domain；
S33 is obtained when user reaches above-mentioned parking area, in parking area in conjunction with the running time and trend curve
The data information of vacant parking stall quantity.
4. Synergistic method according to claim 3, which is characterized in that the historical data information includes: same period parking stall
Vacant quantity information, Weather information, holiday information.
5. Synergistic method according to claim 3, which is characterized in that in the step S4, according to set algorithm generation pair
The parking director information answered simultaneously is sent to user terminal and includes:
S41 confirms parking area position according to user terminal selection or automatic recommendation；
S42, the coordinate position based on cartographic information and parking area generate driving navigation route.
6. Synergistic method according to claim 5, which is characterized in that the Synergistic method further include:
S5 obtains the real-time position information of user terminal, calculates the time that user reaches setting parking area；
S6, setting parking stall pre-allocate time value, and the time needed for user reaches parking area is less than the above-mentioned predistribution time
After value, a vacant parking stall is locked in setting parking area for user；
S7, the vacant parking stall coordinate position based on above-mentioned locking generate end navigation routine and are sent to user terminal.
7. Synergistic method according to claim 6, which is characterized in that the Synergistic method further includes that step is guided in end,
Include:
Whether S8, detection user terminal vehicle reach setting parking area within the set time；
S81 opens the end pilot device for parking in parking area if user reaches setting parking area, guides user by vehicle
Stop into the vacant parking stall to above-mentioned locking；
S82 releases the lock state of above-mentioned locked vacant parking stall, repetitive sequence if user is to reach setting parking area
Step S5 ~ S8 is executed until the cancellation of the repeatable number or confirmation user terminal of setting operates.
8. Synergistic method according to claim 7, which is characterized in that the end guide device includes,
Live display device is configured for display and guides user that vehicle is driven into the driver behavior prompt letter to locking parking stall
Breath；And/or
Field speech playing device is configured for providing for user and vehicle is driven into the speech prompt information to locking parking stall.
9. Synergistic method according to claim 8, which is characterized in that the step S81 includes:
S810 obtains the position of user terminal and each end guide device in parking area；
S811 searches the end guide device that at least one position is close with user's end position；
S812 is based on the end navigation routine, and prompt information is provided in above-mentioned end guide device, guides user by vehicle
Stop into the vacant parking stall to above-mentioned locking.
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