CN103475686B - Communication data distribution system and communication data distribution method for electric analog - Google Patents
Communication data distribution system and communication data distribution method for electric analog Download PDFInfo
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Abstract
The invention discloses a kind of communication data distribution system for electric analog, also disclose that corresponding communication data distribution method simultaneously.This communication data distribution system includes: Simulation Application unit, interface dynamic base unit and telecommunication management service unit；Function in Simulation Application cell call interface dynamic base unit is to communication service unit registering communication management information, transmission communication data, and filters communication data；Interface dynamic base unit receives telecommunication management information, the communication data that Simulation Application unit sends, and sets up telecommunication management environment；The telecommunication management queue of telecommunication management service unit maintenance and management communication data distribution system, and dispatch communication data.The present invention filters based on source and background service distributes two-layer configuration, and uses based on class and two-layer based on condition filtration, it is achieved the accurate filtration of communication data, decreases the web database technology of redundancy, realizes the transmission of communication data in electric analog system efficiently.
Description
Technical field
The present invention relates to a kind of communication data distribution system, particularly relate to a kind of communication data distribution system for electric analog, also relate to apply the communication data distribution method of this communication data distribution system, belong to Simulating technique in Electric Power System field.
Background technology
Along with scale expanding day, the method for operation of China's power system are increasingly sophisticated, requirement to operation power human users's technical ability is more and more higher, function singleness, local, isolated analogue system, simulation result lacks integrity and verity, it is impossible to meet the training request to operator.Therefore, the kit synthetic simulation environment containing multiple Simulation Application, expand the function and application scope of analogue system, be increasingly becoming the main flow of technology development.
Then, the electric integrated analogue system of large-scale complex is arisen at the historic moment.In the electric integrated analogue system of large-scale complex, different Simulation Application be one interrelated, interact entirety, exist between Simulation Application in a large number, frequently information mutual.
At present, most of analogue systems use point-to-point information interaction approach, and this interactive mode deposits that annexation between applications is complicated, communication efficiency is low, be difficult to ensure that in different node the shortcomings such as the concordance of data.In order to overcome the deficiency of point-to-point interactive mode, some analogue systems are had to have employed distributed architecture.
In the paper " power system Synthetic Simulation Platform based on High Level Architecture " that " electric power network technique " is delivered on o. 11th for 2009, key link is run as simulation object, it is proposed that build the imagination of electric integrated emulation platform based on High Level Architecture (HLA) with power generation.The composition of labor emulation platform and function, describe federated-object model and simulation object model and attribute thereof, and devise for the feature of electric analog and to carry out the data distribution policy of data filtering and time stepping method strategy based on markers event according to plant stand, finally describe the implementation method of federal member and the feature of emulation platform.Improve interoperability and the reusability of analogue system, the two-layer Data filtration strategy being simultaneously based on class and value decreases network traffic data to a certain extent, improves communication efficiency.In addition, time stepping method strategy based on markers event ensure that the time consistency of analogue system, and then ensure that the concordance of different node data.Substantially overcome deficiency present in point-to-point information interaction approach.
But, this analogue system uses the data distribution policy with plant stand as data processing unit, it is impossible to reduce network redundancy data well, it is impossible to make full use of network bandwidth resources, it is impossible to improve valid data transmission efficiency on network.In addition, the two-layer Data filtration strategy that this paper proposes is all to carry out at background service unit, adds the amount of communication data between emulation application and background service unit.
Summary of the invention
For the deficiency existing for prior art, the technical problem to be solved is to provide the communication data distribution system for electric analog and communication data distribution method, the present invention have employed double-filtration, the mechanism of two-stage distribution according to the feature of communication of power system, reduce the access frequency to Simulation Application, and then improve data communication efficiency.
For realizing above-mentioned goal of the invention, the present invention uses following technical scheme:
On the one hand, the present invention provides a kind of communication data distribution system for electric analog, including: Simulation Application unit, interface dynamic base unit and telecommunication management service unit；
Function in interface dynamic base unit described in described Simulation Application cell call is to described communication service unit registering communication management information, transmission communication data, and filters communication data；
Described interface dynamic base unit receives telecommunication management information, the communication data that described Simulation Application unit sends, and sets up telecommunication management environment；
The telecommunication management queue of communication data distribution system described in described telecommunication management service unit maintenance and management, and dispatch communication data.
The most more preferably, described management queue preserves the description information relevant to communication, and the description information that described communication is relevant includes: Simulation Application information, Interactive class information, issue category information, order category information, filtering conditional information.
The most more preferably, described telecommunication management queue includes: Simulation Application management queue, Interactive class information management queue；
Described Simulation Application management queue storage emulation application message；
Described Interactive class information management queue storage Interactive class information；
There are mapping relations between the management queue of described interactive class and the management queue of described Simulation Application.
On the other hand, the present invention provides the communication data distribution method of a kind of communication data distribution system for electric analog, comprises the steps:
Information is managed to telecommunication management service unit registering communication；
Communication data packet is sent by telecommunication management information architecture；
Function in calling interface dynamic base unit, ergodic communication management queue, it may be judged whether have qualified Simulation Application unit, if there being qualified Simulation Application unit, then interface dynamic base unit sends communication data packet to telecommunication management service unit；
The subscriber's Simulation Application unit meeting condition is found out in ergodic communication management queue, sends communication data to qualified Simulation Application unit；
Receive communication data and process.
The most more preferably, the described step to telecommunication management service unit registering communication management information farther includes:
Build Simulation Application unit title, register Simulation Application unit to telecommunication management service unit；
Interactive class information title is utilized to issue class and publisher's Simulation Application unit to the registration of telecommunication management service unit；
The title utilizing Interactive class information orders class and subscriber's Simulation Application unit to the registration of telecommunication management service unit；
Filtercondition is built, to the filtercondition of telecommunication management service unit registration Simulation Application unit for ordering category information.
The most more preferably, described structure Simulation Application unit title, the step to telecommunication management service unit registration Simulation Application unit farther includes；
Create a unique Simulation Application handle, construct Simulation Application management node, Simulation Application managed node city in Simulation Application management queue；
The Simulation Application handle created is back to send the Simulation Application unit of registration request；
This log-on message is sent to other Simulation Application unit, by the interface dynamic base cell formation telecommunication management queue copy in Simulation Application unit.
The most more preferably, the described step utilizing Interactive class information title to issue class and publisher's Simulation Application unit to the registration of telecommunication management service unit farther includes；
Judge the interactive class management node whether having same names in Interactive class information management queue；
If there is not the interactive class management node that title is identical in Interactive class information management queue, then one interactive class management node of structure, manages interactive class in the management queue of node city Interactive class information；
If there is the interactive class management node that title is identical in Interactive class information management queue, then search Interactive class information management node, create publisher's pointer node, by publisher's pointer alignment of publisher's this interactive class of pointer node city management node；
Search Simulation Application management queue, increases in the issue class pointer alignment of Simulation Application node and issues class pointer node, set up and associate pointer between publisher's Simulation Application unit and Interactive class information；
Log-on message is sent to Simulation Application unit.
The most more preferably, described for ordering category information structure filtercondition, the step to the filtercondition of telecommunication management service unit registration Simulation Application unit farther includes:
The interactive class management node of registration filtercondition is found in Interactive class information management queue；
Information according to Simulation Application management node further searches for subscriber's pointer alignment；
Create filtercondition management node, filtercondition is managed node city and manages in queue to the filtercondition of subscriber's pointer alignment node；
The log-on message of filtercondition is sent to Simulation Application unit.
The most more preferably, function in described calling interface dynamic base unit, ergodic communication management queue, determine whether qualified Simulation Application unit, if there being qualified Simulation Application unit, then the step that interface dynamic base unit sends communication data packet to telecommunication management service unit farther includes:
Function in calling interface dynamic base unit；
According to subscriber's pointer alignment of the corresponding interactive class node of class handle traversal, class management queue is ordered in search, has detected whether subscriber's Simulation Application unit；
The filtercondition queue of detection subscriber, compares the transmission condition sending data with filtercondition, detects whether to meet subscriber's Simulation Application unit of filtercondition；
There is the subscriber's Simulation Application unit meeting condition, then communication data is sent to telecommunication management service unit.
The most more preferably, the subscriber's Simulation Application unit meeting condition is found out in the management queue of described ergodic communication, and the step sending communication data to qualified Simulation Application unit farther includes:
Receive packet, unpack；
Subscriber's pointer alignment of Interactive class information management queue is traveled through according to class handle, condition of issuing；
Compare filtercondition and the issue condition of communication data packet of subscriber, find the subscriber's Simulation Application unit ordering this interactive class, then travel through the filtercondition management queue of subscriber；
Transmission condition transmission data carried compares with the filtercondition of subscriber, if meeting condition, telecommunication management service unit is then sent to meet subscriber's Simulation Application unit of condition communication data packet.
Communication data distribution system for electric analog provided by the present invention and communication data distribution method, filter based on source and background service distributes two-layer configuration, and use based on class, two-layer based on condition filtration, realize the accurate filtration of communication data, decrease the web database technology of redundancy, realize the transmission of communication data in electric analog system efficiently.
Accompanying drawing explanation
Fig. 1 is the overall structure schematic diagram of the communication data distribution system for electric analog；
Fig. 2 is the structural representation of Simulation Application management queue；
Fig. 3 is the structural representation of interactive class management queue；
Fig. 4 is the interactive relation schematic diagram of interactive class management queue and Simulation Application management queue；
Fig. 5 is the register flow path schematic diagram of Simulation Application unit；
Fig. 6 is the schematic flow sheet that telecommunication management service unit filters dispatch communication data.
Detailed description of the invention
The present invention is described in further detail with specific embodiment below in conjunction with the accompanying drawings.
The present invention provides a kind of communication data distribution system for electric analog, as it is shown in figure 1, include: telecommunication management service unit, interface dynamic base unit and Simulation Application unit；The telecommunication management queue of telecommunication management service unit maintenance and management communication data distribution system, and carry out the distribution of communication data；Interface dynamic base unit receives telecommunication management information, the communication data that Simulation Application unit sends, and sets up telecommunication management environment；Function in Simulation Application cell call interface dynamic base unit is to communication service unit registering communication management information, transmission (including sending and receiving) communication data, and communication data is carried out source filtration.Below the present invention is launched detailed description.
In one embodiment of the invention, telecommunication management service unit is can independent operating background service program in communication data distribution system.Telecommunication management service unit dynamically manages and safeguards the telecommunication management queue of this communication data distribution system, and this telecommunication management service unit communicates filtration and the forwarding of data according to the information of telecommunication management queue.The in store description information relevant to communication of telecommunication management queue, mainly includes Simulation Application information, Interactive class information, issue category information, orders category information, filtering conditional information etc..
In one embodiment of the invention, Simulation Application unit is a fully functional electric power application program (also referred to as Front End)；Function in Simulation Application cell call interface dynamic base unit to telecommunication management service unit registering communication management related information, send and receive communication data, communicate data source filter.Simulation Application unit can be data publisher's Simulation Application unit, is used for issuing data, it is also possible to is data subscription person's Simulation Application unit, is used for receiving data.Certainly, Simulation Application unit can also be data publisher's Simulation Application unit and data subscriber's Simulation Application unit simultaneously, both can send data and can also receive data.Emulation application, as Front End, maintains the copy of a telecommunication management queue in the interface dynamic base unit called.
In one embodiment of the invention, interface dynamic base unit is a set processing function, realizes data interaction for Simulation Application unit and provides various registrations, communication, management interface.The copy of the in store a telecommunication management queue in inside of this interface dynamic base unit, before communication data sends, carries out data filtering process in the inside of this interface dynamic base unit, communication data realizes front end and filters.This interface dynamic base unit receives telecommunication management information, the communication data that Simulation Application unit sends, and sets up telecommunication management environment.
In one embodiment of the invention, telecommunication management queue includes Simulation Application management queue, Interactive class information management queue.As in figure 2 it is shown, this Simulation Application manages the log-on message of queue storage emulation applying unit, and each node can be set up the issue class pointer alignment of oneself and order class pointer alignment.The node issuing class pointer alignment and order class pointer alignment has the pointer pointing to Interactive class information management queue nodes.As shown in Figure 3, the log-on message of this Interactive class information management queue storage interactive class, the management queue of this Interactive class information creates when Simulation Application unit (ONU) registration is issued class and orders class, and each node of this Interactive class information management queue can set up publisher's pointer alignment and the subscriber's pointer alignment of oneself.The node of publisher's pointer alignment and subscriber's pointer alignment has the pointer pointing to Simulation Application management queue nodes.The log-on message of subscriber's Simulation Application unit of each subscriber's pointer alignment storage interactive class, the node of subscriber's pointer alignment can set up the filtercondition management queue of oneself, the relevant information of stored filter condition.As shown in Figure 4, there are mapping relations between interactive class management queue and Simulation Application management queue.Order class pointer alignment and depend on Simulation Application management queue, for setting up the incidence relation of Simulation Application management queue and Interactive class information management queue.The log-on message of publisher's Simulation Application unit of publisher's pointer alignment storage interactive class.Issue class pointer alignment and depend on Simulation Application management queue, for setting up the incidence relation of Simulation Application management queue and Interactive class information management queue.
The work process of the communication data distribution system that the present invention provides is such that Simulation Application unit and manages information to telecommunication management service unit registering communication, and Simulation Application unit transmits communication data according to telecommunication management information to telecommunication management service unit.Communication data is carried out filtration treatment by interface dynamic base unit before transmitting, as long as have the order class Simulation Application unit that existence meets filtercondition, communication data is just sent to telecommunication management service unit, it is achieved the source of communication data filters.After telecommunication management service unit receives communication data, subscriber's pointer alignment of traversal Interactive class information management queue, find the order class Simulation Application unit ordering this interactive class, then traversal subscriber's filtercondition management queue, communication data packet is sent to meet whole order class telecommunication management service units of condition, it is achieved the distribution of data secondary.
In order to embody the technical characterstic of the communication data distribution system that the present invention provides further, the present invention also provides for a kind of communication data distribution method for electric analog, as shown in Figure 5, Figure 6, comprise the steps: that Simulation Application unit manages information to telecommunication management service unit registering communication；Simulation Application unit sends communication data packet by telecommunication management information architecture；Function in Simulation Application cell call interface dynamic base unit, ergodic communication management queue, determining whether qualified Simulation Application unit, if there being qualified Simulation Application unit, then interface dynamic base unit sends communication data packet to telecommunication management service unit；Subscriber's Simulation Application unit is found out in the management queue of telecommunication management service unit ergodic communication, sends communication data to qualified Simulation Application unit；Qualified Simulation Application unit receives communication data.Below this communication data distribution method provided is launched detailed description.
First, the Simulation Application unit step to telecommunication management service unit registering communication management information is introduced.As it is shown in figure 5, in one embodiment of the invention, Simulation Application unit specifically includes that to telecommunication management service unit registering communication management information registers Simulation Application unit to telecommunication management service unit；Class and publisher's Simulation Application unit is issued to the registration of telecommunication management service unit；Class and subscriber's Simulation Application unit is ordered to the registration of telecommunication management service unit；Filtercondition to telecommunication management service unit registration Simulation Application unit.Explanation developed below.
(1) to telecommunication management service registry Simulation Application unit.After telecommunication management service unit receives the artificial intelligence that Simulation Application unit sends, telecommunication management service unit creates a unique Simulation Application handle, construct one Simulation Application management node, Simulation Application manages node city manages in queue to Simulation Application；Then telecommunication management service unit is back to the Simulation Application handle created to send the Simulation Application unit of registration request；Telecommunication management service unit is sent to other Simulation Application unit this log-on message, by the interface dynamic base cell formation telecommunication management queue copy in Simulation Application unit.
(2) class and publisher's Simulation Application unit are issued to the registration of telecommunication management service unit.When telecommunication management service unit receives the issue class log-on message that Simulation Application unit sends, first determine whether the interactive class management node whether having same names in Interactive class information management queue.If there is not the interactive class management node that title is identical in Interactive class information management queue, then one interactive class management node of structure, for storing the information such as the title of class, by the management node city Interactive class information management queue of this interactive class.If there is the interactive class management node that title is identical in Interactive class information management queue, then search Interactive class information management node, create publisher's pointer node, by publisher's pointer alignment of publisher's this interactive class of pointer node city management node.Then search Simulation Application management queue, increases in the issue class pointer alignment of Simulation Application node and issues class pointer node, set up and associate pointer between publisher's Simulation Application unit and Interactive class information.Log-on message is sent to Simulation Application unit, interface dynamic base builds telecommunication management queue copy.
(3) class and subscriber's Simulation Application unit are ordered to the registration of telecommunication management service unit.When telecommunication management service unit receives the order class log-on message that Simulation Application unit sends, first determine whether the interactive class management node whether having same names in Interactive class information management queue.If there is not the interactive class management node that title is identical in Interactive class information management queue, then create a unique interactive class class handle, and construct an interactive class management node, by the management node city Interactive class information management queue of this interactive class.If there is the interactive class management node that title is identical in Interactive class information management queue, then search interactive class management node, create subscriber's pointer node, by subscriber's pointer alignment of subscriber's this interactive class of pointer node city management node.Then search Simulation Application management queue, increases in the order class pointer alignment of Simulation Application node and orders class pointer node, set up and associate pointer between subscriber's Simulation Application unit and Interactive class information.The interactive class class handle created is returned to send the Simulation Application unit of registration request.Log-on message is sent to Simulation Application unit, interface dynamic base builds telecommunication management queue copy.
(4) to the filtercondition of telecommunication management service unit registration Simulation Application unit.When telecommunication management service unit receives the log-on message of the filtercondition that Simulation Application unit sends, the interactive class management node of registration filtercondition is found in Interactive class information management queue, and further search for subscriber's pointer alignment according to the information of Simulation Application management node, then create a filtercondition management node, the filtercondition of this filtercondition management node city to subscriber's pointer alignment node is managed in queue.The log-on message of the filtercondition of Simulation Application is sent to Simulation Application unit, interface dynamic base builds telecommunication management queue copy.
In one embodiment of the invention, filtercondition can be greatest length be the character string of 64 bytes.Same subscriber can have multiple filtercondition, when subscriber has multiple filtercondition, carries out data filtering according to ' or ' computing.
Secondly, introduce Simulation Application unit and send communication data packet by telecommunication management information architecture.Simulation Application unit produces simulation result data, with class for cell formation communication data packet.
Again, introduce the function in Simulation Application cell call interface dynamic base unit, ergodic communication management queue, it may be judged whether have qualified Simulation Application unit, if there being qualified Simulation Application unit, then interface dynamic base unit sends communication data packet to telecommunication management service unit.Specific as follows:
Function in Simulation Application cell call interface dynamic base unit；Interface dynamic base unit receives the data such as packet, class handle, issue condition with the form of function parameter；Interface dynamic base unit searches the subscriber's Simulation Application unit meeting condition in telecommunication management queue according to class handle, issue condition, it may be judged whether have qualified Simulation Application unit (also referred to as coarseness filtration)；If there being qualified Simulation Application unit, then interface dynamic base unit sends communication data packet (filtering also known as front end) to telecommunication management service unit.Specifically including: first according to subscriber's pointer alignment of the corresponding interactive class node of class handle traversal, class management queue is ordered in search, has detected whether subscriber's Simulation Application unit；Then detect the filtercondition queue of subscriber, the transmission condition sending data is compared with filtercondition, detects whether to meet subscriber's Simulation Application unit of filtercondition.As long as there being a subscriber's Simulation Application unit meeting condition, interface dynamic base unit is just sent to telecommunication management service unit communication data.
Finally, introduce the management queue of telecommunication management service unit ergodic communication and find out subscriber's Simulation Application unit, send communication data to qualified Simulation Application unit.Specific as follows:
As shown in Figure 6, telecommunication management service unit receives communication data packet, subscriber's pointer alignment of traversal interactive class management queue, then travel through filtercondition management queue (the most accurately filtering) of subscriber, communication data packet is sent to meet whole subscriber's Simulation Application unit (also referred to as background service distribution) of condition.Specifically include: telecommunication management service unit receives interface dynamic base unit and sends the packet of coming, and unpacks；Telecommunication management service unit travels through subscriber's pointer alignment of Interactive class information management queue according to class handle, condition of issuing；Compare filtercondition and the issue condition of communication data packet of subscriber, find the subscriber's Simulation Application unit ordering this interactive class, then travel through the filtercondition management queue of subscriber；Transmission condition transmission data carried compares with the filtercondition of subscriber, if meeting conditional communication management service unit, communication data packet is sent to meet whole subscriber's Simulation Application unit of condition.
Data receiver function in Simulation Application cell call interface dynamic base unit, receives with the form of function parameter and preserves data, then processing.
In sum, the communication data distribution system support exploitation that the present invention provides carries out Simulation Application data filtering and the distribution of data filtering based on transformer station's title, electrical network title, realizes the transmission of communication data in electric analog system efficiently.The two-layer configuration that corresponding data communications method filters based on source and background service distribution combines realizes filtration and the distribution of communication data, and use based on class, two-layer data filtering mode based on condition, achieve the accurate filtration of communication data, considerably reduce the web database technology of redundancy, the needs of exploitation large-scale complex electric analog system can be met.
Above the communication data distribution system for electric analog provided by the present invention and communication data distribution method are described in detail.For one of ordinary skill in the art, any obvious change on the premise of without departing substantially from true spirit, it done, all by composition to infringement of patent right of the present invention, corresponding legal responsibility will be undertaken.
Claims (9)
1. the communication data distribution system for electric analog, it is characterised in that including: Simulation Application unit, interface dynamic base unit and telecommunication management service unit；
Function in interface dynamic base unit described in described Simulation Application cell call is to described telecommunication management service unit registering communication management information, transmission communication data, and filters communication data；
Described interface dynamic base unit receives telecommunication management information, the communication data that described Simulation Application unit sends, and sets up telecommunication management environment；
The telecommunication management queue of communication data distribution system described in described telecommunication management service unit maintenance and management, and dispatch communication data；Wherein, described telecommunication management queue includes: Simulation Application management queue, Interactive class information management queue；
Described Simulation Application management queue storage emulation application message；
Described Interactive class information management queue storage Interactive class information；
There are mapping relations between the management queue of described interactive class and the management queue of described Simulation Application.
2. communication data distribution system as claimed in claim 1, it is characterised in that
Described telecommunication management queue preserves the description information relevant to communication, and the description information that described communication is relevant includes: Simulation Application information, Interactive class information, issue category information, order category information, filtering conditional information.
3. a communication data distribution method, for the communication data distribution system described in claim 1 or 2, it is characterised in that comprise the steps:
Information is managed to telecommunication management service unit registering communication；
Communication data packet is sent by telecommunication management information architecture；
Function in calling interface dynamic base unit, ergodic communication management queue, it may be judged whether have qualified Simulation Application unit, if there being qualified Simulation Application unit, then interface dynamic base unit sends communication data packet to telecommunication management service unit；
The subscriber's Simulation Application unit meeting condition is found out in ergodic communication management queue, sends communication data to qualified Simulation Application unit；
Receive communication data and process.
4. communication data distribution method as claimed in claim 3, it is characterised in that the described step to telecommunication management service unit registering communication management information farther includes:
Build Simulation Application unit title, register Simulation Application unit to telecommunication management service unit；
Interactive class information title is utilized to issue class and publisher's Simulation Application unit to the registration of telecommunication management service unit；
The title utilizing Interactive class information orders class and subscriber's Simulation Application unit to the registration of telecommunication management service unit；
Filtercondition is built, to the filtercondition of telecommunication management service unit registration Simulation Application unit for ordering category information.
5. communication data distribution method as claimed in claim 4, it is characterised in that described structure Simulation Application unit title, the step to telecommunication management service unit registration Simulation Application unit farther includes；
Create a unique Simulation Application handle, construct Simulation Application management node and Simulation Application managed node city in Simulation Application management queue；
The Simulation Application handle created is back to send the Simulation Application unit of registration request；
Log-on message is sent to other Simulation Application unit, by the interface dynamic base cell formation telecommunication management queue copy in Simulation Application unit.
6. communication data distribution method as claimed in claim 4, it is characterised in that the described step utilizing Interactive class information title to issue class and publisher's Simulation Application unit to the registration of telecommunication management service unit farther includes；
Judge the interactive class management node whether having same names in Interactive class information management queue；
If there is not the interactive class management node that title is identical in Interactive class information management queue, then one interactive class management node of structure, manages interactive class in the management queue of node city Interactive class information；
If there is the interactive class management node that title is identical in Interactive class information management queue, then searching Interactive class information management node, creating publisher's pointer node and by publisher's pointer alignment of publisher's this interactive class of pointer node city management node；
Search Simulation Application management queue, increases in the issue class pointer alignment of Simulation Application node and issues class pointer node, set up and associate pointer between publisher's Simulation Application unit and Interactive class information；
Log-on message is sent to Simulation Application unit.
7. communication data distribution method as claimed in claim 4, it is characterised in that described for ordering category information structure filtercondition, the step to the filtercondition of telecommunication management service unit registration Simulation Application unit farther includes:
The interactive class management node of registration filtercondition is found in Interactive class information management queue；
Information according to Simulation Application management node further searches for subscriber's pointer alignment；
Create filtercondition management node, filtercondition is managed node city and manages in queue to the filtercondition of subscriber's pointer alignment node；
The log-on message of the filtercondition of Simulation Application is sent to Simulation Application unit.
8. communication data distribution method as claimed in claim 3, it is characterized in that, function in described calling interface dynamic base unit, ergodic communication management queue, determine whether qualified Simulation Application unit, if there being qualified Simulation Application unit, then the step that interface dynamic base unit sends communication data packet to telecommunication management service unit farther includes:
Function in calling interface dynamic base unit；
According to subscriber's pointer alignment of the corresponding interactive class node of class handle traversal, class management queue is ordered in search, has detected whether subscriber's Simulation Application unit；
The filtercondition queue of detection subscriber, compares the transmission condition sending data with filtercondition, detects whether to meet subscriber's Simulation Application unit of filtercondition；
There is the subscriber's Simulation Application unit meeting condition, then communication data is sent to telecommunication management service unit.
9. communication data distribution method as claimed in claim 3, it is characterised in that the subscriber's Simulation Application unit meeting condition is found out in the management queue of described ergodic communication, and the step sending communication data to qualified Simulation Application unit farther includes:
Receive packet, unpack；
Subscriber's pointer alignment of Interactive class information management queue is traveled through according to class handle, condition of issuing；
Compare filtercondition and the issue condition of communication data packet of subscriber, find the subscriber's Simulation Application unit ordering these interactive class data, then travel through the filtercondition management queue of subscriber；
Transmission condition transmission data carried compares with the filtercondition of subscriber, if meeting conditional communication management service unit, communication data packet is sent to meet subscriber's Simulation Application unit of condition.
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| TWI478000B (en) * | 2011-06-30 | 2015-03-21 | Hon Hai Prec Ind Co Ltd | System and method for inspecting power of a printed circuit board |
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| CN102215253A (en) * | 2011-05-18 | 2011-10-12 | 中国电力科学研究院 | Layered exchange and control method for real-time monitoring system data by power dispatching |
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