CN107241397A - A kind of multistage TDCS based on cloud platform - Google Patents
A kind of multistage TDCS based on cloud platform Download PDFInfo
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- CN107241397A CN107241397A CN201710374995.1A CN201710374995A CN107241397A CN 107241397 A CN107241397 A CN 107241397A CN 201710374995 A CN201710374995 A CN 201710374995A CN 107241397 A CN107241397 A CN 107241397A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/10—Protocols in which an application is distributed across nodes in the network
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B61—RAILWAYS
- B61L—GUIDING RAILWAY TRAFFIC; ENSURING THE SAFETY OF RAILWAY TRAFFIC
- B61L27/00—Central railway traffic control systems; Trackside control; Communication systems specially adapted therefor
- B61L27/10—Operations, e.g. scheduling or time tables
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/02—Protocols based on web technology, e.g. hypertext transfer protocol [HTTP]
- H04L67/025—Protocols based on web technology, e.g. hypertext transfer protocol [HTTP] for remote control or remote monitoring of applications
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/10—Protocols in which an application is distributed across nodes in the network
- H04L67/1001—Protocols in which an application is distributed across nodes in the network for accessing one among a plurality of replicated servers
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/10—Protocols in which an application is distributed across nodes in the network
- H04L67/104—Peer-to-peer [P2P] networks
- H04L67/1074—Peer-to-peer [P2P] networks for supporting data block transmission mechanisms
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/10—Protocols in which an application is distributed across nodes in the network
- H04L67/1097—Protocols in which an application is distributed across nodes in the network for distributed storage of data in networks, e.g. transport arrangements for network file system [NFS], storage area networks [SAN] or network attached storage [NAS]
Abstract
The present invention relates to a kind of multistage TDCS based on cloud platform, it includes：Ministry of Railways's dispatching and command system, Railway Bureau's dispatching and command system, locomotive depot's dispatching and command system and making station control command system；Departments at different levels directly obtain computing resource from cloud platform end, and assign traffic order to subordinate according to result of calculation, and traffic order is uploaded into cloud platform；The wherein minimum making station control command system of rank transmits traffic order to terminal device, while by the feedback information and monitoring information transmission of terminal device to cloud platform.The present invention can realize that systems at different levels are applied the elasticity of storage and computing resource, and the unbalanced distribution for being prevented effectively from resource causes the wasting of resources, convenient United Dispatching and distribution to inter-sectional information resources at different levels；It is easy to the unitized management to standardized management at different levels and department privilege at different levels；Be conducive to the storage of extensive monitoring data and the calculating of extensive scheduler task, the real-time that effectively enhancing scheduling is calculated.
Description
Technical field
The present invention relates to railway traffic control field, more particularly, to a kind of multistage Train Dispatch ＆ Command based on cloud platform
System.
Background technology
Railway traffic control is the tissue and commander to the daily transport production of railway, and by railway transportation, department sets up dispatcher
Structure unified implementation.Railway traffic control, which is responsible for, to be ensured transportation safety, tissue passenger and freight transportation, ensures state key transport, improves
The substantial responsibility of passenger-cargo service quality, to completing railway transportation production and operation task, improves railway enterprises benefit and rises emphatically
Act on.Therefore, the rationalization scheduling of train is in many-sides such as the security guarantees and train transport production efficiency of railway transportation
With very important realistic meaning.
Existing scheduling system is train dispatching command system (Train Dispatching Commanding
System, TDCS), abbreviation TDCS systems.The system is in daily transportation dispatching commander, the particularly multiple raising speed by a large scale of railway
In engineering, multiple Transportation Pattern's across-the-board regulation, important function has been played.But continuing to develop with railway transportation cause, adjust
Spend the fineness of commander, concentration degree, road speed, improve constantly to rate of traffic flow, the disposal ability of existing TDCS systems, can
Corresponding responsibility can not be effectively undertaken by property.Simultaneously as country and the social concern produced to transportation safety, train are transported
The diminution of between-line spacing, each Railway Bureau requires more and more higher, existing TDCS to dispatching the correctness of commanding's operation, promptness
System does not reach the security requirement of dispatching and command system more and more yet.Therefore, the TDCS of a new generation is constructed
It is extremely urgent.
It is many that train scheduling work involves department, complicated with rule, dynamic change and real-time, with safety in production relation
Closely, dispatcher's labor intensity is big.Train dispatching system is one big and complicated system, by many interrelated, mutual shadows
Loud distributing server cluster is combined into, these distributing server cluster collective effects, utilizes the present computer technology, network
The technological means such as the communication technology, multimedia realize operation tissue to train, Supervised Control.But apply traditional distribution services
Device cluster carries out data storage and scheduling calculates the reasonable distribution for being not only difficult to ensure that resource and effectively utilization, and system at different levels
Between information transfer with unified management be also difficult to standardization.
The content of the invention
The purpose of the present invention is that there is provided a kind of multistage train scheduling based on cloud platform the problem of presence for prior art
Command system, its reasonable distribution that ensure that resource and effectively utilization, and United Dispatching can be realized with distributing row at different levels
Information resources between car dispatching and command system.
The purpose of the present invention is achieved through the following technical solutions：
The present invention provides a kind of multistage TDCS based on cloud platform, and it includes：
Ministry of Railways's dispatching and command system, Railway Bureau's dispatching and command system, locomotive depot's dispatching and command system and making station control refer to
Wave system；
Ministry of Railways's dispatching and command system according to railway transportation demand to each Railway Bureau's dispatching distribution train number and shipping number,
And traffic order is assigned to each Railway Bureau's dispatching and command system, while traffic order is uploaded into cloud platform；
Railway Bureau's dispatching and command system is received after traffic order, and the scheme meter of train work scheduling is carried out based on cloud platform
Calculate, and each locomotive depot's dispatching and command system will be reached under traffic order, while traffic order is uploaded in cloud platform；The tune
Order of dragging out a miserable existence includes timetable and transport goods information；
Locomotive depot's dispatching and command system is received after traffic order, according to timetable and transport goods information, to train department
Machine and related commander, monitoring personnel carry out United Dispatching, are that train work distributes corresponding director, and by scheduling result
It is transmitted in cloud platform, while train work information is issued into making station control command system；
Making station control command system is carried out according to the train work information and station real-time condition of locomotive depot to each passing by vehicle
Dispatch control, and scheduling result is uploaded to cloud platform, traffic order is directly transferred to terminal device, while receiving the end
The feedback information and monitoring information of end equipment, and transmit to cloud platform.
It is highly preferred that Ministry of Railways's dispatching and command system includes：
Real time information sampling module, kernel scheduling algoritic module, schedule information real-time exhibition module and traffic order output
Module；
The real-time acquisition module of described information obtains train scheduling relevant information data and prison from the cloud platform in real time
Control relevant information data；It is transmitted separately to the kernel scheduling algoritic module and the schedule information real-time exhibition module；
The kernel scheduling algoritic module is received after information data, and computation requests are transmitted to cloud platform and realize algorithm
Calculate in real time, obtain the scheduling result of train work or personnel assignment；Scheduling result is transmitted to schedule information real-time exhibition mould
Block, and traffic order is issued according to the scheduling result give traffic order output module；
The schedule information real-time exhibition module according to the monitoring data information from real time information sampling module transfer and from
The scheduling result that the transmission of kernel scheduling algoritic module is obtained, carries out real-time monitoring and the reality of scheduling result of train and line status
When show；
The traffic order output module is received after traffic order, traffic order is assigned be transferred to Railway Bureau scheduling refer to
System is waved, and uploads the backup that order is scheduled in cloud platform.
It is highly preferred that Railway Bureau's dispatching and command system includes：
Real time information sampling module, kernel scheduling algoritic module, schedule information real-time exhibition module and traffic order output
Module；
The traffic order of the real-time acquisition module collection higher level Ministry of Railways dispatching and command system of described information, and in real time from institute
State and train scheduling relevant information data and monitoring relevant information data are obtained in cloud platform, be transmitted separately to the core and adjusted
Spend algoritic module and the schedule information real-time exhibition module；
The kernel scheduling algoritic module is received after information data, and computation requests are transmitted to cloud platform and realize algorithm
Calculate in real time, obtain the scheduling result of train work or personnel assignment；Scheduling result is transmitted to schedule information real-time exhibition mould
Block, and traffic order is issued according to the scheduling result give traffic order output module；
The schedule information real-time exhibition module is according to the monitoring data information transmitted from the real-time acquisition module of described information
With the scheduling result transmitted from kernel scheduling algoritic module, real-time monitoring and the reality of scheduling result of train and line status are carried out
When show；
The traffic order output module is received after traffic order, and traffic order is assigned and is transferred to locomotive depot's tune
Command system is spent, and uploads the backup that order is scheduled in cloud platform.
It is highly preferred that locomotive depot's dispatching and command system includes：
Real time information sampling module, kernel scheduling algoritic module, schedule information real-time exhibition module and traffic order output
Module；
The real-time acquisition module of described information gathers the traffic order of Railway Bureau's dispatching and command system of its higher level, and in real time
Train scheduling relevant information data and monitoring relevant information data are obtained from the cloud platform, the core is transmitted separately to
Heart dispatching algorithm module and the schedule information real-time exhibition module；
The kernel scheduling algoritic module is received after information data, and computation requests are transmitted to cloud platform and realize algorithm
Calculate in real time, obtain the scheduling result of train work or personnel assignment；Scheduling result is transmitted to schedule information real-time exhibition mould
Block, and traffic order is issued according to the scheduling result give traffic order output module；
The schedule information real-time exhibition module is according to the monitoring data information transmitted from the real-time acquisition module of described information
With the scheduling result transmitted from kernel scheduling algoritic module, real-time monitoring and the reality of scheduling result of train and line status are carried out
When show；
The traffic order output module is received after traffic order, and traffic order is assigned and is transferred to the making station control
Command system, and upload the backup that order is scheduled in cloud platform.
It is highly preferred that the making station control command system includes：
Real time information sampling module, kernel scheduling algoritic module, schedule information real-time exhibition module and traffic order output
Module；
The traffic order of the real-time acquisition module collection locomotive depot dispatching and command system of described information, and in real time from the cloud
Train scheduling relevant information data and monitoring relevant information data are obtained in platform, the kernel scheduling is transmitted separately to and calculated
Method module and the schedule information real-time exhibition module；
The kernel scheduling algoritic module is received after information data, and computation requests are transmitted to cloud platform and realize algorithm
Calculate in real time, obtain the scheduling result of train work or personnel assignment；Scheduling result is transmitted to schedule information real-time exhibition mould
Block, and traffic order is issued according to the scheduling result give traffic order output module；
The schedule information real-time exhibition module is according to the monitoring relevant information transmitted from the real-time acquisition module of described information
Data and the scheduling result transmitted from kernel scheduling algoritic module, carry out train and the real-time monitoring of line status and scheduling result
Real-time exhibition；
The traffic order output module is received after traffic order, and traffic order is assigned to being transferred to each terminal and set
It is standby, and the monitoring information data of terminal device are obtained in real time；The monitoring information data of traffic order and acquisition are uploaded and put down in cloud
Backed up in platform.
It is highly preferred that the traffic order is carried and transmitted by Ministry of Railways's internal communication network.
The present invention has the following technical effect that it can be seen from the technical scheme of the invention described above：
(1) without the distribution to departments at different levels progress particular hardware resource, departments at different levels can directly transmit resource request, from
High in the clouds obtains storage and computing resource.So as to realize that systems at different levels are applied the elasticity of storage and computing resource, on the one hand effectively
Avoid the unbalanced distribution of resource from causing the wasting of resources, on the other hand, be also convenient for carrying out the information resources between departments at different levels
United Dispatching and distribution；
(2) the application resource of departments at different levels can be effectively isolated, be easy to departments at different levels using cloud computing platform
The standardized management of dispatching and command system and the unitized management of department privilege at different levels；
(3) advantageously account for the storage of extensive monitoring data using cloud computing platform and extensive scheduler task is calculated
The problem of, the real-time that effectively enhancing scheduling is calculated.
(4) application cloud platform is for lifting security, the real-time of dispatch control process, all kinds of storages and computing resource
Reasonable distribution and many aspects such as utilize there is very important realistic meaning.
Brief description of the drawings
Fig. 1 is the multistage TDCS structure chart based on cloud platform of the invention；
Fig. 2 is each modular organisation figure of TDCSs at different levels；
Fig. 3 constitutes structure chart for the collection information of real time information sampling module.
Embodiment
Technical scheme is described in further details below with reference to accompanying drawing.
Embodiment one
The present invention provides a kind of multistage TDCS based on cloud platform, the multistage TDCS
Storage and computing resource rely on cloud platform, for the departments at different levels such as the Ministry of Railways, Railway Bureau, locomotive depot and station, provided
The unified distribution and scheduling in source, while realizing that effective resource isolation is limited with authority.The dispatching and command system phase of departments at different levels
It is mutually independent, by being interacted with cloud platform, realize data and the real-time Transmission of order.Train, signal lamp, inquiry terminal and
Other kinds sensor is communicated as terminal device with making station control command system nearby by internal communication network,
The feedback information data of each terminal is transferred to cloud platform in real time and stored by making station control command system, for follow-up
Scheduling and monitoring analysis.
The structure of multistage TDCS based on cloud platform that the present invention is provided a kind of as shown in figure 1, including：
Cloud platform, the dispatching and command systems at different levels based on the cloud platform.
Above-mentioned cloud platform provide data storage resource, computing resource and the mutually isolated of all kinds of resources, redundancy backup and
United Dispatching and distribution function are the storages of whole system with calculating core.
Dispatching and command systems at different levels " from top to bottom " based on the platform include：Ministry of Railways's dispatching and command system, Railway Bureau
Dispatching and command system, locomotive depot's dispatching and command system and making station control command system.Making station control command system can and terminal
Equipment is communicated by internal communication network, and the information data gathered with receiving terminal apparatus simultaneously assigns traffic order to all kinds of
Terminal device is performed.Dispatching and command systems at different levels carry out differentiated control under the unified leadership of the Ministry of Railways, and systems at different levels have not
The Permission Constraints such as same resource bid and data access.Dispatching and command systems at different levels perform scheduling and calculate and perform traffic order
Relational organization is as follows：
Ministry of Railways's dispatching and command system according to railway transportation demand to each Railway Bureau's dispatching distribution train number and shipping number,
System by scheduling result by reaching each Railway Bureau's dispatching and command system under internal communication network, while by ordering to back up
Form is stored in cloud platform；
Railway Bureau's dispatching and command system is received after the traffic order of the Ministry of Railways, and train work scheduling is carried out based on cloud platform
Scheme calculate, specifically, the requirement of train scheduling at the time of point, Dead Weight Cargo requirement etc. are calculated by Railway Bureau, and will adjust
Drag out a miserable existence and reach each locomotive depot's dispatching and command system under making, while entering the redundancy backup of line command in cloud platform；
Locomotive depot's dispatching and command system is received after traffic order, according to timetable and transport goods information, to train department
Machine and related commander, monitoring personnel carry out United Dispatching, and train work is assigned into specific director, and by scheduling result
It is stored in cloud platform, while train work information to be issued to the dispatching and command system at station；
Making station control command system is carried out according to the train work information and station real-time condition of locomotive depot to each passing by vehicle
Dispatch control, and scheduling result is uploaded to cloud platform, specific traffic order be directly transferred to train, signal lamp, sensor its
The terminal devices such as equipment, while the feedback information and monitoring information data of above terminal device are received, and by these information datas
Transmit to cloud platform.
In addition, the inquiry request of the inquiry terminal in making station control command system also receiving terminal apparatus, and inquired about
Feedback, while inquiry log is transmitted to cloud platform backup.
Above is the order of dispatching and command systems at different levels and terminal device is assigned and data transmission relations.Entirely transmitting
During communication network use internal communication network, it is ensured that security, stability.
Although above-mentioned dispatching and command system at different levels is with different scheduling scopes and scheduling feature, in dispatch control system
Unified standardization design can be carried out on the molded tissue block of system, dispatching and command systems at different levels may be designed as module as shown in Figure 2
Structure.
As seen from Figure 2, dispatching and command systems at different levels include：Real time information sampling module, kernel scheduling algorithm mould
Block, schedule information real-time exhibition module and traffic order output module.
Wherein, real time information sampling module obtains each Terminal Type of train scheduling and necessary for monitoring from cloud platform in real time
The monitoring information data such as status information data.Then scheduling related information data and monitoring relevant information data are transmitted respectively
To kernel scheduling algoritic module and schedule information real-time exhibition module.
It is related to monitoring that the real-time acquisition module of above- mentioned information needs the information data gathered to include scheduling related information data
The class data of information data two.Specific information data is constituted as shown in figure 3, the scheduling related information data include：
Information is assigned in personnel state information, train status information, line state information and superior command.
Wherein, personnel state information is mainly the state status of train operator, dispatch control personnel, monitoring personnel etc., bag
Whether on-job include, if in the task of execution, if ask for leave and number of tasks that the same day has performed etc.；Train status packet
Include：In traveling, in accident, the normal state value for not travelling and repairing in inspection etc.；The state value of line state information includes：
Temporary speed limitation value, if can pass through etc.；Superior command assigns information and refers to the dispatch control order that higher level department assigns.
Monitoring relevant information data generally refers to monitor feedback information, and its information data type can be daily record, video
And voice data etc., mainly gathered and obtained by all kinds of terminal devices.Relevant information data is monitored on the one hand as prison in real time
The source data of control, the tracking that effect on the other hand can also be scheduled by it is checked.
Above is real-time information collection module needs the different information data types gathered, and dispatching and command system at different levels has
Body needs the information gathered relevant with its system level and scheduling feature scope, such as Ministry of Railways's dispatching and command system need not collection
Information is assigned in personnel state information and superior command, and Railway Bureau's dispatching and command system is then without collector's status information.
Wherein, above-mentioned kernel scheduling algoritic module is received after information data, calls designed dispatching algorithm, will be calculated
The real-time calculating for realizing algorithm is transmitted to cloud platform in request, obtains the scheduling result of train work or personnel assignment.Then, the core
Heart dispatching algorithm module transmits scheduling result to schedule information real-time exhibition module, and issues scheduling life according to the scheduling result
Make and give traffic order output module.The kernel scheduling algoritic module needs to carry out detailed design to method for optimizing scheduling.Design mesh
It is designated as：Under the various constraintss such as train operation punctuality, security, realize that real-time, efficient, intelligentized train work is adjusted
Degree and personal scheduling.Specific dispatching method includes but is not limited to heuritic approach etc..Train scheduling side based on heuritic approach
Method is prior art, is not explained herein.
Wherein, above-mentioned schedule information real-time exhibition module is according to the monitoring data letter from real time information sampling module transfer
Breath and the scheduling result transmitted from kernel scheduling algoritic module, carry out train and the real-time monitoring of line status and train work and
The real-time exhibition of the scheduling results such as personnel assignment.
The schedule information real-time exhibition module is by the way that internal communication network interface is by scheduling related information data and monitors phase
Close information data to show by the big picture of screen, it is more to provide figure, image, word etc. for dispatcher and relevant leader
The information of the mode of kind.Specifically, screen display content may include the macroscopic view display of train travel position, and the monitoring at actual station is regarded
The refinement scene of frequency shows, topography and geomorphology, the display of weather conditions, accident, the real-time display of driving accident, emphasis train
Real-time tracking show.Self-defined and personalized designs can be carried out by being particularly shown content and ways of presentation, when need displaying
During the new information content, in the extent of competence of dispatching and command systems at different levels, the module directly can send data to cloud platform please
Ask, obtain content-data, locally carrying out data analysis and displaying.
Wherein, above-mentioned traffic order output module is received after traffic order, is scheduled by internal communication network
That orders assigns transmission.The traffic order output module is scheduled order between systems at different levels and system and terminal device
During transmission, Ministry of Railways's internal communication network is used, it is ensured that the requirement of the confidentiality of data transfer, security and stability.
Dispatching and command systems at different levels are by above-mentioned each module composition, difference, Ministry of Railways's dispatching and command system
Real time information sampling module is not required to gather the schedule information that higher level assigns；The traffic order output module of making station control command system
Need traffic order being transferred to all kinds of terminal devices, and the shape that all kinds of terminal devices are gathered in real time by internal communication network
The monitoring information such as state information data are transferred to station command system also by internal communication network, and station command system further will
Related data is transferred to cloud platform and stored.
As can be seen that the real time information sampling module included by above-mentioned dispatching and command systems at different levels, kernel scheduling algorithm
The output module of module, schedule information real-time exhibition module and traffic order, can complete whole data receiver, scheduling calculate,
Monitoring in real time and the process of order output.
Although the present invention is disclosed as above with preferred embodiment, embodiment does not limit the present invention.This hair is not being departed from
Any equivalence changes done in bright spirit and scope or retouching, also belong to the protection domain of the present invention.Therefore it is of the invention
The content that should be defined using claims hereof of protection domain as standard.
Claims (6)
1. a kind of multistage TDCS based on cloud platform, it is characterised in that the multistage row based on cloud platform
Car dispatching and command system includes：
Ministry of Railways's dispatching and command system, Railway Bureau's dispatching and command system, locomotive depot's dispatching and command system and making station control commander system
System；
Ministry of Railways's dispatching and command system according to railway transportation demand to each Railway Bureau's dispatching distribution train number and shipping number, and under
Up to traffic order to each Railway Bureau's dispatching and command system, while traffic order is uploaded into cloud platform；
Railway Bureau's dispatching and command system is received after traffic order, and the scheme for carrying out train work scheduling based on cloud platform is calculated,
And each locomotive depot's dispatching and command system will be reached under traffic order, while traffic order is uploaded in cloud platform；The scheduling
Order includes timetable and transport goods information；
Locomotive depot's dispatching and command system is received after traffic order, according to timetable and transport goods information, to train operator with
It is that train work distributes corresponding director, and scheduling result is uploaded to and related commander, monitoring personnel carry out United Dispatching
In cloud platform, while train work information is issued into making station control command system；
Making station control command system is scheduled according to the train work information and station real-time condition of locomotive depot to each passing by vehicle
Commander, and scheduling result is uploaded to cloud platform, traffic order is directly transferred to terminal device, set while receiving the terminal
Standby feedback information and monitoring information, and transmit to cloud platform.
2. a kind of multistage TDCS based on cloud platform according to claim 1, it is characterised in that described
Ministry of Railways's dispatching and command system includes：
Real time information sampling module, kernel scheduling algoritic module, schedule information real-time exhibition module and traffic order output module；
The real-time acquisition module of described information obtains train scheduling relevant information data and monitoring phase from the cloud platform in real time
Close information data；It is transmitted separately to the kernel scheduling algoritic module and the schedule information real-time exhibition module；
The kernel scheduling algoritic module is received after information data, and computation requests are transmitted to cloud platform and realize the real-time of algorithm
Calculate, obtain the scheduling result of train work or personnel assignment；Scheduling result is transmitted to schedule information real-time exhibition module, and
Traffic order is issued according to the scheduling result and gives traffic order output module；
The schedule information real-time exhibition module is according to the monitoring data information from real time information sampling module transfer and from core
The scheduling result that dispatching algorithm module transfer is obtained, carries out the real-time monitoring and the real-time exhibition of scheduling result of train and line status
Show；
The traffic order output module is received after traffic order, and traffic order is assigned and is transferred to dispatch control system of Railway Bureau
System, and upload the backup that order is scheduled in cloud platform.
3. a kind of multistage TDCS based on cloud platform according to claim 1, it is characterised in that described
Railway Bureau's dispatching and command system includes：
Real time information sampling module, kernel scheduling algoritic module, schedule information real-time exhibition module and traffic order output module；
The traffic order of the real-time acquisition module collection higher level Ministry of Railways dispatching and command system of described information, and in real time from the cloud
Train scheduling relevant information data and monitoring relevant information data are obtained in platform, the kernel scheduling is transmitted separately to and calculated
Method module and the schedule information real-time exhibition module；
The kernel scheduling algoritic module is received after information data, and computation requests are transmitted to cloud platform and realize the real-time of algorithm
Calculate, obtain the scheduling result of train work or personnel assignment；Scheduling result is transmitted to schedule information real-time exhibition module, and
Traffic order is issued according to the scheduling result and gives traffic order output module；
The schedule information real-time exhibition module according to the monitoring data information transmitted from the real-time acquisition module of described information and from
The scheduling result of kernel scheduling algoritic module transmission, carries out the real-time monitoring and the real-time exhibition of scheduling result of train and line status
Show；
The traffic order output module is received after traffic order, and traffic order is assigned to being transferred to locomotive depot scheduling and refer to
System is waved, and uploads the backup that order is scheduled in cloud platform.
4. a kind of multistage TDCS based on cloud platform according to claim 1, it is characterised in that described
Locomotive depot's dispatching and command system includes：
Real time information sampling module, kernel scheduling algoritic module, schedule information real-time exhibition module and traffic order output module；
The real-time acquisition module of described information gathers the traffic order of Railway Bureau's dispatching and command system of its higher level, and in real time from institute
State and train scheduling relevant information data and monitoring relevant information data are obtained in cloud platform, be transmitted separately to the core and adjusted
Spend algoritic module and the schedule information real-time exhibition module；
The kernel scheduling algoritic module is received after information data, and computation requests are transmitted to cloud platform and realize the real-time of algorithm
Calculate, obtain the scheduling result of train work or personnel assignment；Scheduling result is transmitted to schedule information real-time exhibition module, and
Traffic order is issued according to the scheduling result and gives traffic order output module；
The schedule information real-time exhibition module according to the monitoring data information transmitted from the real-time acquisition module of described information and from
The scheduling result of kernel scheduling algoritic module transmission, carries out the real-time monitoring and the real-time exhibition of scheduling result of train and line status
Show；
The traffic order output module is received after traffic order, and traffic order is assigned and is transferred to the making station control commander
System, and upload the backup that order is scheduled in cloud platform.
5. a kind of multistage TDCS based on cloud platform according to claim 1, it is characterised in that described
Making station control command system includes：
Real time information sampling module, kernel scheduling algoritic module, schedule information real-time exhibition module and traffic order output module；
The traffic order of the real-time acquisition module collection locomotive depot dispatching and command system of described information, and in real time from the cloud platform
Middle acquisition train scheduling relevant information data and monitoring relevant information data, are transmitted separately to the kernel scheduling algorithm mould
Block and the schedule information real-time exhibition module；
The kernel scheduling algoritic module is received after information data, and computation requests are transmitted to cloud platform and realize the real-time of algorithm
Calculate, obtain the scheduling result of train work or personnel assignment；Scheduling result is transmitted to schedule information real-time exhibition module, and
Traffic order is issued according to the scheduling result and gives traffic order output module；
The schedule information real-time exhibition module is according to the monitoring relevant information data transmitted from the real-time acquisition module of described information
With the scheduling result transmitted from kernel scheduling algoritic module, real-time monitoring and the reality of scheduling result of train and line status are carried out
When show；
The traffic order output module is received after traffic order, and traffic order is assigned and is transferred to each terminal device, and
The monitoring information data of terminal device are obtained in real time；Traffic order and the monitoring information data of acquisition are uploaded to enter in cloud platform
Row backup.
6. a kind of multistage TDCS based on cloud platform according to claim 1 to 5 any one, it is special
Levy and be, the traffic order is carried and transmitted by Ministry of Railways's internal communication network.
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