CN105072174A - Multi-level joint overload control method based on cloud services - Google Patents
Multi-level joint overload control method based on cloud services Download PDFInfo
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Abstract
The invention provides a multi-level joint overload control method based on cloud services. The multi-level joint overload control method comprises the steps of overload control platform setting, overload control data acquisition, overload control data cloud storage and sharing, multi-level overload control, and joint overload control. The multi-level joint overload control method based on cloud services is capable of forming an overload control information network sharing platform system and realizing multi-level cross-platform joint overload control by virtue of cloud storage and cloud services of overload control information materials; comprehensive data and historical records of transport vehicle personnel can be stored together to judge the degree of law violation of parties concerned in transportation.
Description
Technical field
The present invention relates to traffic management technology, refer in particular to a kind of multi-stage combination overload remediation method based on cloud service.
Background technology
Effective highway overload remediation method is the deciding factor for administering highway overload remediation business personnel in real time.
Along with expanding economy, highway has become the main path of various valuable cargo transport, but rolling up in recent years due to overload limit vehicle, cause highway, bridge facility is seriously damaged, much newly-built highway, bridge just have to keep in repair in advance at the time limit not arriving overhaul, cause great economic loss, social repercussion is strong.Especially the goods transport vehicle overload of China's main energy sources output province occurs repeatedly, and jeopardizes life safety.
Traditional overload remediation scheme takes administration means to carry out intervening and managing exactly, tradition overload remediation scheme shortcoming is: 1. the overload remediation website of province of city of current each counties and districts is relatively isolated, information is fixed, data deficiencies, when not grasping this car information timely and effectively when discovery strange land, this locality overload of vehicle; 2. in the unwatched situation in overload remediation station, easily allow overloaded vehicle escape leak and penalize, have a strong impact on effective overload remediation of highway.
Summary of the invention
In order to solve the problem that current overload remediation website is relatively isolated, cannot form Data-Link, the present invention proposes a kind of multi-stage combination overload remediation method based on cloud service, being stored and cloud service by the cloud of overload remediation information material, achieving multistage cross-platform associating overload remediation.
The technical solution adopted in the present invention is: a kind of multi-stage combination overload remediation method based on cloud service, comprises the steps:
The setting of (a) overload remediation platform: overload remediation platform comprises several sub-platforms being provided with outside platform interface, platform data cloud and basic unit's overload remediation management platform are set in each sub-platform, under each basic unit overload remediation management platform, several overload remediation stations are set, each overload remediation station is connected by network with basic unit overload remediation management platform, and each overload remediation station is connected by cloud storing communication with platform data cloud;
(b) overload remediation data acquisition: each overload remediation station gathers the real time data of the vehicle through place of weighing, and calculates overload capacity, and the data after gathering are overload remediation data, are sent to basic unit's overload remediation management platform;
C () overload remediation data cloud Storage sharing: overload remediation data are kept at the platform data cloud of affiliated sub-platform by each overload remediation station by cloud storage, by the Internet Connection Sharing overload remediation data between each platform data cloud;
(d) multistage overload remediation: associated data excavation is carried out to the current record sheet of overweight vehicle in platform data cloud, find out the degree of association between overload remediation station, the i.e. overload remediation station that next will pass through behind an overload remediation station of certain vehicle, overweight data are sent to the overload remediation station of each association by platform data cloud, and look-ahead and the overweight phenomenon of monitoring occur;
(e) associating overload remediation: sub-platform is connected with outside platform by outside platform interface, and sub-platform carries out associating overload remediation with outside platform by data sharing, and described outside platform is Traffic Administration Bureau's database, traffic police's database or transport management bureau's database.
Overload remediation station, basic unit's overload remediation management platform, platform data cloud, composition multiple management system, is stored into the preservation of row data by Internet Transmission, cloud and shares, realizing multistage overload remediation.Platform data cloud is provided with outside platform interface, and outside platform interface is for connecting outside platform and realizing transfer of data with outside platform and share.Outside platform comprises traffic police's platform at different levels, Traffic Administration Bureau at different levels, transport management bureaus at different levels etc., all be connected to platform data cloud by the Internet and obtain data and the database upgrading oneself, the data double-way of platform data cloud and outside platform exchanges, and realizes sharing, in actual overload remediation, realizes associating overload remediation.
As preferably, the weighing device that described overload remediation station comprises industrial computer, bayonet camera and can drive through for vehicle, weighing device is provided with LOAD CELLS, LOAD CELLS, bayonet camera are all electrically connected with industrial computer, LOAD CELLS is for the weight information that detects through the vehicle of weighing device and be sent to industrial computer, the data processing of industrial computer for weighing, bayonet camera is for detecting car plate, records photographing image the image of shooting is sent to basic unit's overload remediation management platform.When a car is through out-of-date, the real-time monitoring vehicle information of bayonet socket high-definition camera in LOAD CELLS front, and pass candid photograph back industrial computer to the temporal information of car plate; The data relatively heavy per unit volume (time and weight) that LOAD CELLS collects are sent to industrial computer in real time, and industrial computer is analyzed data and drawn the number of times relatively heavy per unit volume of this car and calculate overload capacity; The result of analysis is reached basic unit's overload remediation management platform by network communication module by industrial computer, the process of turning out for work so that basic unit's overload remediation management platform is sent someone as early as possible.
As preferably, in described step c, the transfer of data of overload remediation station and platform data cloud is digital watermarking encryption technology transmission means.By digital watermarking encryption technology transmission means, the transfer of data of overload remediation station and platform data cloud is reliably safer.
As preferably, overload remediation data are that structuring is preserved economizing the preserving type in platform data cloud, and structuring is preserved and comprised following steps:
(1) overload remediation data are extracted with data extraction tool;
(2) generation of current record sheet: every bar current record L
l(l ∈ { 1,2,3 ...) by license plate number CP
i(i ∈ { 1,2,3 ...) and transit time T
t m(t ∈ { 1,2,3 ..., m ∈ 1,2,3 ..., i}) and composition, m is license plate number CP
i, judge whether to be detected at overload remediation station with temporal information, be detected and be recorded as " 1 ", be not detected and be " 0 ", setting formula f (T)=| T
t m-T
j m|, wherein j ∈ { 1,2,3 ..., m ∈ 1,2,3 ..., i}, T
j mbe the moment of setting, θ is time threshold, if | T
t m-T
j m|≤θ, then this current record is inserted in corresponding row, otherwise the current record that generation one is new, thus store different car plate CP
idifferent time sections in current record L
l;
(3) setting up index, utilize the data that the real-time monitoring step of full-text search engine (2) obtains, coming in when there being new data to be automatically related data is set up index.
In province's platform data cloud, overload remediation data will carry out structuring preservation with large data storage technologies such as HBase, can support mass memory and resilient expansion.
The invention has the beneficial effects as follows: form an overload remediation information network shared platform system, the comprehensive data of haulage vehicle personnel and historical record are concentrated storage, are conducive to the illegal degree of transport of screening party more exactly.
Accompanying drawing explanation
Fig. 1 is a kind of structural representation of the present invention.
In figure, 1-platform data cloud, 2-basic unit overload remediation management platform, 3-overload remediation station, 4-outside platform.
Embodiment
Below in conjunction with drawings and Examples, the present invention is described in further detail.
Based on a multi-stage combination overload remediation system for cloud service, comprise the steps.
The first step, the setting of overload remediation platform: overload remediation platform comprises several sub-platforms being provided with outside platform interface, platform data cloud 1 and basic unit's overload remediation management platform 2 are set in each sub-platform, under each basic unit overload remediation management platform, multiple overload remediation station 3 is set, each overload remediation station is connected by network with basic unit overload remediation management platform, each overload remediation station is connected by cloud storing communication with platform data cloud, as shown in Figure 1.Platform data cloud is provided with outside platform interface, and outside platform interface is put down 4 for connecting outside and realizes transfer of data with outside platform and share.
Such as, each province arranges a provincial platform data cloud, and saving the basic unit's overload remediation management platform arranging county, district, city-level, each basic unit overload remediation management platform has contacted multiple overload remediation station respectively.Outside platform comprises the traffic police at different levels such as province, city, district platform, Traffic Administration Bureau at different levels, transport management bureaus at different levels etc., all be connected to provincial platform data cloud by the Internet and obtain data and the database upgrading oneself, the data double-way of platform data cloud and outside platform exchanges, realize sharing, in actual overload remediation, realize multi-stage combination overload remediation.
The weighing device that overload remediation station comprises industrial computer, bayonet camera and can drive through for vehicle, weighing device is provided with LOAD CELLS, LOAD CELLS, bayonet camera are all electrically connected with industrial computer, LOAD CELLS is for the weight information that detects through the vehicle of weighing device and be sent to industrial computer, the data processing of industrial computer for weighing, bayonet camera is for detecting car plate, records photographing image the image of shooting is sent to basic unit's overload remediation management platform.
Suppose that P economizes and comprise C
nindividual city and R
nindividual counties and districts, the minimum unit having overload remediation station is counties and districts, and there are N number of overload remediation station in each counties and districts.Here for the management of the overload remediation at the overload remediation station in XX county of XX city of XX province, P can be expressed as and economize C
1city R
1the overload remediation station R in county
a 1.
The second, overload remediation data acquisition: each overload remediation station gathers the real time data of the vehicle through place of weighing, and calculates overload capacity, and the data after gathering are overload remediation data, are sent to basic unit's overload remediation management platform.
When a car is through out-of-date, the real-time monitoring vehicle information of bayonet socket high-definition camera in LOAD CELLS front, and pass candid photograph back industrial computer to the temporal information of car plate; The data relatively heavy per unit volume (time and weight) that LOAD CELLS collects are sent to industrial computer in real time, and industrial computer is analyzed data and drawn the number of times relatively heavy per unit volume of this car and calculate overload capacity.The result of analysis is reached overload remediation management sub-platform by network communication module by industrial computer, the process of turning out for work so that overload remediation management sub-platform is sent someone as early as possible.
Such as, overload remediation station R
a 1bayonet camera detect car plate and can the information such as the video of records photographing, picture, license plate number and word, the weight information of the vehicle through the place of weighing is reached industrial computer by network communication module by LOAD CELLS, industrial computer does the work of Data Analysis Services, calculates overload capacity W according to the data that LOAD CELLS is passed back
0.These data collected, as video, picture, word, time, license plate number, overload capacity W
0etc. being designated as D
a 1.
Overload remediation station R
a 1the data D that will collect of bayonet camera
a 1(video, picture, word, time etc.) by digital watermark technology encrypted transmission to overload remediation station R
a 1administrative center's platform.By that analogy, R
1the overload remediation data that county gathers are { R
n 1, D
a 1, the overload remediation image data in R county is { R
n n, D
n n, C
nthe overload remediation image data in city is { C
n| R
n n, D
n n, the overload remediation image data gathering rear P province is designated as D.
3rd, overload remediation data Storage sharing: overload remediation data are kept at the platform data cloud of affiliated sub-platform by each overload remediation station by cloud storage, by the Internet Connection Sharing overload remediation data between each platform data cloud.Wherein, the transfer of data of overload remediation station and provincial platform data cloud is digital watermarking encryption technology transmission means, makes the transfer of data of overload remediation station and platform data cloud reliably safer.
Overload remediation station R
a 1data D is created by collection and typing
a 1(video, picture, word, time etc.), and the mode utilizing cloud to store is D
a 1data are kept in province's platform data cloud, and other the whole province's various places overload remediation operation system is when these data of needs, all be connected to province's platform data cloud by the Internet and obtain this data, the overload remediation data centralization of generation all can be kept in province's platform data cloud by other each overload remediation station system by that analogy.Along with the accumulation day by day of overload remediation working service data, the data that can realize between each overload remediation service sub-system are supplemented mutually, exchange each other's needs, and play the great function that the whole province's overload remediation concentrates cloud to store.
Overload remediation data carry out structuring preservation with large data storage technologies such as HBase in province's platform data cloud, and structuring is preserved and comprised following steps:
(1) overload remediation data are extracted with data extraction tool.
(2) generation of current record sheet: every bar current record L
l(l ∈ { 1,2,3 ...) by license plate number CP
i(i ∈ { 1,2,3 ...) and transit time T
t m(t ∈ { 1,2,3 ..., m ∈ 1,2,3 ..., i}) and composition, m is license plate number CP
i, judge whether to be detected at overload remediation station with temporal information, be detected and be recorded as " 1 ", be not detected and be " 0 ", setting formula f (T)=| T
t m-T
j m|, wherein j ∈ { 1,2,3 ..., m ∈ 1,2,3 ..., i}, T
j mbe the moment of setting, θ is time threshold, if | T
t m-T
j m|≤θ, then this current record is inserted in corresponding row, otherwise the current record that generation one is new, thus store different car plate CP
idifferent time sections in current record L
l.
The setting of time threshold θ, needs with reference to region factor, such as the quantity at overload remediation station within the scope of certain: overload remediation station sample size is less and between overload remediation station during close together, time threshold θ can be decided to be 1 hour; When needing to consider overload remediation station across the entire province, such as in whole Zhejiang Province, no matter how driving, surely in 24 hours outputing Zhejiang Province, time threshold θ just can be set as 24 hours; And it is considered that in whole Chinese scope, the sure China that outputs in 7 days of no matter how driving, time threshold θ just can be set as 7 days.
Suppose that a point several time period is detected, setting-up time threshold value θ is 1 hour, is to be inserted in the record of same a line in the same time period, and such as car plate is CP
1vehicle set time detecting section be T
1 1, T
2 1, T
3 1deng, each time detecting Duan Weiyi bar record of each car.Car plate is CP
1vehicle be T in the time
1 1(as T
1 1be 9 points) time first at overload remediation station R
a 1detect, then insert Article 1 record, at corresponding overload remediation station R
a 1under " 1+ current sensing time T
1 1", all the other overload remediation stations are not detected, and are designated as 0; Car plate is CP
1vehicle 9:30 time at overload remediation station R
b 1be detected, the difference of 9:30 and 9 is less than the time threshold θ (1 hour) of setting, so or insertion section detection time is T
1 1same bar record in (i.e. Article 1 record), at corresponding overload remediation station R
b 1lower record " 1+ current sensing time 9:30 ", the overload remediation station do not detected still is designated as 0; As this car CP
1third time is that 10:10 is at overload remediation station R in the time
c 1when being detected, the difference of 10:10 and 9 is greater than the time threshold θ (1 hour) of setting, then regenerate a record, at corresponding overload remediation station R
b 1lower record " 1+ current sensing time 10:10 ".
(3) setting up index, utilize the data that the real-time monitoring step of full-text search engine (2) obtains, coming in when there being new data to be automatically related data is set up index.
Economize platform (as Highway Bureau of Shanxi Province) and overload remediation data can be inquired about by index technology in province's platform data cloud.This multistage overload remediation platform based on cloud service and system, by the statistical analysis interface etc. of Hbase cluster operation method, SQL query, carry out complex calculations analysis to data, therefrom obtain useful information; By using full-text search engine to store identification card number ID, name Name, license plate number CP and transport enterprise TC, setting up index, carrying out real-time query and retrieval.Thus make province's platform and overload remediation station carry out bidirectional data exchange.
4th, multi-stage combination overload remediation: associated data excavation is carried out to the current record sheet economizing overweight vehicle in platform data cloud, find out the degree of association between overload remediation station, the i.e. overload remediation station that next will pass through behind an overload remediation station of certain vehicle, economize the overload remediation station that overweight data are sent to each association by platform data cloud, look-ahead and the overweight phenomenon of monitoring occur.
The overload remediation data D={C that the overload remediation station storing each city of counties and districts in province's platform data cloud gathers
n| R
n n, D
a n; when outside platform (such as traffic police's platform, Traffic Administration Bureau of Department of Public Security of Shanxi Province, province transportation chamber transport management bureau; Beijing Traffic Management Bureau of counties and districts, transport management bureau of city of counties and districts) when wanting data query, province's platform can be connected to by the Internet and obtain data and the database upgrading oneself.Economize platform and overload remediation station, the data double-way economizing platform and outside platform exchanges, and realizes sharing, realizes multi-stage combination overload remediation in actual overload remediation.
Carry out associated data excavation to the current record sheet economizing platform overweight vehicle, find out the degree of association between overload remediation website, be i.e. the overload remediation station that next will pass through behind an overload remediation station of certain vehicle, associated data is excavated and is adopted FPgrowth-Tree, and method is as follows:
A. construct item head table: first scan a database, namely scanning economizes the current record sheet of platform overweight vehicle, finds out overload remediation station R
n 1the set of frequent episode, such as { R
1 1, R
2 1, R
4 1, R
13 1.By the frequent degree sort descending that each overload remediation station occurs, and delete frequent degree and be less than the item of specifying frequent degree MP;
B. original FP-Tree is constructed: the table in second time scan database, for each current record L
l, according to set { R
1 1, R
2 1, R
4 1, R
13 1rearrangement, and each frequent episode is inserted with null be root FP-Tree in.If this frequent episode exists when inserting, then this frequent episode node support is added 1; If this node does not exist, then creating support is the node of 1, and this node link in item head table;
C. call FP-growth (tree, null) to start to excavate, obtain all overload remediation stations associated data situation.As worked as vehicle through overload remediation station R
1 1after, may next can through overload remediation station R
2 1, R
4 1and R
13 1.
Overload remediation station R
1 1by record of putting on record in overweight data upload to the database of province's platform, economize the overload remediation station (R that overweight data are sent to each association by platform simultaneously
2 1, R
4 1and R
13 1), look-ahead and the overweight phenomenon of monitoring occur.
The data query mode of outside platform (as traffic police's platform) is the same, and outside platform provides vehicle people, member's inquiry service, and obtains overload remediation case and carry out subsequent treatment.
Economizing platform (as Highway Bureau of Shanxi Province) utilizes this multi-stage combination overload remediation platform based on cloud service and system can the overload remediation situation in city of real-time query each counties and districts, or the information such as the video, picture and the word that are obtained by province's platform data cloud, analyze overload remediation Distribution dynamics.Such as find in Hangzhou that a license plate number is the car overload of Zhejiang B (Ningbo), the information of this transport enterprise can be checked in by economizing platform data cloud, carry out punishment, economize the overload remediation station that overweight data intelligence is sent to each association by platform simultaneously, look-ahead and the overweight phenomenon of monitoring occur, and effectively reach the object of multistage overload remediation; And for example show that the lorry of which or which kind of type easily overloading occurs time period with reference to the picture of overloaded vehicle and time series analysis, make a policy to this analysiss, strengthens the input of overload remediation funds and personnel, ensures effective operation of overload remediation detection.
The video that outside platform (as traffic police's platform) obtains by economizing platform data cloud, the information such as picture and word, obtains license plate number and case data, arranges relevant police strength to increase the deterrent force to overload punishment, thus reaches the object of effectively associating overload remediation.
Above embodiment is only and technological thought of the present invention is described, can not limit protection scope of the present invention with this, and every technological thought proposed according to the present invention, any change that technical scheme basis is done, all falls within protection scope of the present invention.
Claims (4)
1., based on a multi-stage combination overload remediation method for cloud service, it is characterized in that: comprise the steps:
The setting of (a) overload remediation platform: overload remediation platform comprises several sub-platforms being provided with outside platform interface, platform data cloud and basic unit's overload remediation management platform are set in each sub-platform, under each basic unit overload remediation management platform, several overload remediation stations are set, each overload remediation station is connected by network with basic unit overload remediation management platform, and each overload remediation station is connected by cloud storing communication with platform data cloud;
(b) overload remediation data acquisition: each overload remediation station gathers the real time data of the vehicle through place of weighing, and calculates overload capacity, and the data after gathering are overload remediation data, are sent to basic unit's overload remediation management platform;
C () overload remediation data cloud Storage sharing: overload remediation data are kept at the platform data cloud of affiliated sub-platform by each overload remediation station by cloud storage, by the Internet Connection Sharing overload remediation data between each platform data cloud;
(d) multistage overload remediation: associated data excavation is carried out to the current record sheet of overweight vehicle in platform data cloud, find out the degree of association between overload remediation station, the i.e. overload remediation station that next will pass through behind an overload remediation station of certain vehicle, overweight data are sent to the overload remediation station of each association by platform data cloud, and look-ahead and the overweight phenomenon of monitoring occur;
(e) associating overload remediation: sub-platform is connected with outside platform by outside platform interface, and sub-platform carries out associating overload remediation with outside platform by data sharing, and described outside platform is Traffic Administration Bureau's database, traffic police's database or transport management bureau's database.
2. a kind of multi-stage combination overload remediation method based on cloud service according to claim 1, it is characterized in that: described overload remediation station comprises industrial computer, bayonet camera and the weighing device that can drive through for vehicle, weighing device is provided with LOAD CELLS, LOAD CELLS, bayonet camera is all electrically connected with industrial computer, LOAD CELLS is for the weight information that detects through the vehicle of weighing device and be sent to industrial computer, the data processing of industrial computer for weighing, bayonet camera is for detecting car plate, the image of shooting is also sent to basic unit's overload remediation management platform by records photographing image.
3. a kind of multi-stage combination overload remediation method based on cloud service according to claim 1, is characterized in that: in described step c, and the transfer of data of overload remediation station and platform data cloud is digital watermarking encryption technology transmission means.
4. a kind of multi-stage combination overload remediation method based on cloud service according to claim 1, is characterized in that: the preserving type of overload remediation data in platform data cloud is that structuring is preserved, and structuring is preserved and comprised following steps:
(1) overload remediation data are extracted with data extraction tool;
(2) generation of current record sheet: store the current record in the different time sections of different car plate;
(3) setting up index, utilize the data that the real-time monitoring step of full-text search engine (2) obtains, coming in when there being new data to be automatically related data is set up index.
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|---|---|
| CN105072174B (en) | 2018-08-28 |
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