CN106844980A - A kind of scheduling system and its dispatching method for supporting systemic-function dynamic reorganization - Google Patents
A kind of scheduling system and its dispatching method for supporting systemic-function dynamic reorganization Download PDFInfo
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Abstract
The invention discloses a kind of scheduling system for supporting systemic-function dynamic reorganization, including：Simulation scenario design module, simulation run time management module, data/model library module and United Dispatching module, the Combat scenario and rule of engagement that can be designed according to testing crew automatically generate scheduling strategy, the automatic indexing of simulation model is completed by scheduler module, download and loading, controlled based on unified information exchange framework and simulation run, complete emulation synchronous operation and interact.Present invention aims to provide a set of expansible simulation frame, different types of distributed emulation demand is met, improve efficiency and reliability that emulation is built.
Description
Technical field
The present invention relates to analog simulation field, more particularly to a kind of scheduling system for supporting systemic-function dynamic reorganization and
Its dispatching method.
Background technology
With going deep into for computer science and information science research, system inspection technology and high-performance calculation are together
As the third important means understood the world and changed it after theoretical research and experimental study, system modelling with it is imitative
True technology is not only widely used in field of industrial production, while also obtained in military field wideling popularize application.System modelling
With emulation technology progressively to digitlization, virtualization, networking, intellectuality, collaborative, integrated development.With military requirement
With the development of technology, system emulation object have started to from single weapon platform performance simulation to multiple-weapon platforms System-of-systems Combat Simulation,
Developed to distributed large-scale virtual battlefield Attack Defence Antagonism Simulation System direction from the emulation of local system.Modern military emulation is faced
Object, such as Large Launch Vehicle system, large-scale armament systems, flight simulation, and operational chain of command etc. belong to large-scale multiple
Miscellaneous system, the research and development of complication system emulation platform are always a focus of simulation technical field.
Attack Defence Antagonism Simulation System is integrated use military knowledge, using logic mathematical model, is deduced by computer, hostile
Both sides or it is multi-party carry out under battle conditions in the case of, using the description being pre-designed it is actual or assume the rule of Campaign Process, data and
Step, analogue simulation is carried out to its antagonistic process, final result and intelligent decision support system.
Traditional Attack-defense Confrontation Simulation System generally based on the object in kind in real world, sets up system architecture,
Material object in each node or federal member function, interface, the deployment Primary Reference simulating reality world, in specific scenario rule
Under, collaboration completes emulation.The advantage of this mode is clear and definite system architecture, with strong points.But there is obvious defect to exist
In flexibility and autgmentability extreme difference, when even l-G simulation test physical environment is changed for simulating scenes, target, scenario, rule,
It is required for bringing the change of system architecture, safeguards and upgrade cost is high.
The content of the invention
The present invention solves the technical problem of provide a kind of scheduling system for supporting systemic-function dynamic reorganization and its
Dispatching method, using the teaching of the invention it is possible to provide a set of expansible simulation frame, meets different types of distributed emulation demand, improves emulation and takes
The efficiency and reliability built.
In order to solve the above technical problems, one aspect of the present invention is：A kind of support systemic-function is provided to move
The scheduling system of state restructuring, including：Simulation scenario design module, data/model library module, United Dispatching module, simulation run
Management module；
Described simulation scenario design module provides the simulation scenario design function based on GIS, for describing troops confrontation both sides
Troops collocation, Initial situation, weapon configuration, motor-driven parameter, tactical planning, operational environment and simulated conditions；
Described data/model library module is used for data and the model that maintenance and management system operation is relied on；
Information in simulation scenario can be automatically converted to scheduling strategy by described United Dispatching module, according to troops collocation,
Weapon is configured and operational environment information, dynamic download, loading troops entity class model, weapon entity class from data/model library
Model, commander's control class model, information processing class model；According to displaying rule, dynamic download, loading commander control class model,
Assessment class model, then according to simulation control command, dynamic dispatching model, completion system emulation；
Described simulation run time management module be responsible for being assigned the need for according to testing crew simulation initialisation, emulation propulsion, pause,
The order for continuing, terminating, during simulation run, the pusher of logical time in message based sequence transmission and emulation
System, the cycle assigns propulsion instruction, propulsion emulation to United Dispatching module.
Preferably, the data message in the data/model library module includes environmental data, troops collocation, weapon performance
Parameter and tactical planning；Model is mainly the entity for participating in system operation, including troops entities class model, weapon entity class mould
Type, detection class model, commander's control class model, information processing class model, environment class model, assessment class model.
Preferably, the logical relation between each module is：First, simulation run time management module designs module to simulation scenario
Emulation preparation instruction is sent with United Dispatching module；Secondly, simulation scenario designs module and sends emulation in advance to United Dispatching module
Case information；Again, simulation run time management module issues emulation reserved instruction to United Dispatching module；Then, United Dispatching module
To data/model library module transmission pattern configuration requirement, data/model library module is specific to the transmission of United Dispatching module afterwards
Data message and model file；Finally, simulation run time management module sends emulation propulsion order to the United Dispatching module cycle, respectively
Individual emulation dispatch module exports corresponding information according to scheduling model.
It is main to include such as the invention also discloses a kind of dispatching method of the scheduling system for supporting systemic-function dynamic reorganization
Lower step：
First, user is first to the model file and data needed for importing emulation in data/model library module；
2nd, with reference to the model in current data/model library module, based on GIS design and simulation prediction schemes, definition includes that troops' confrontation is double
The troops collocation of side, Initial situation, weapon configuration, motor-driven parameter, tactical planning, operational environment and simulated conditions；
3rd, the simulation scenario that will be edited generates prediction scheme file, and is preserved with the file of XML；
4th, United Dispatching module loading simulation scenario file, and it is translated into the scheduling strategy of this emulation；
5th, United Dispatching module model according to needed for scheduling strategy this emulation of dynamic load from data/model library module, and
Loaded；
6th, user assigns simulation control command by Simulation Control module, into the simulation run stage；
7th, the United Dispatching module cycle receives emulation propulsion order, and the unification for participating in emulation module is called according to scheduling strategy
Interface, advances simulation run.
The beneficial effects of the invention are as follows： 1）Define the Unify legislation specification of troops' confronting simulation model； 2）Define
It is a kind of to support function dynamic restructuring, the scheduling strategy of flow dynamic reorganization, and troops' confronting simulation scenario is to scheduling strategy
Mapping method；3）Based on the analogue system that this method is set up, can be according to the Combat scenario of testing crew design and operation
Rule generation scheduling strategy, completes the automatic indexing of simulation model, downloads and load, based on unified by scheduler module
Information exchange framework and simulation run are controlled, and are completed emulation synchronous operation and are interacted；4）The present invention is intended to provide a set of expansible
Simulation frame, meet different types of distributed emulation demand, improve efficiency and reliability that emulation is built.
Brief description of the drawings
Fig. 1 is a kind of system composition figure of the preferred embodiment of dispatching method one for supporting systemic-function dynamic reorganization of the present invention
；
Fig. 2 is a kind of algorithm flow chart of the dispatching method for supporting systemic-function dynamic reorganization of the present invention.
Specific embodiment
Presently preferred embodiments of the present invention is described in detail below in conjunction with the accompanying drawings, so that advantages and features of the invention energy
It is easier to be readily appreciated by one skilled in the art, apparent is clearly defined so as to be made to protection scope of the present invention.
Fig. 1 is referred to, the embodiment of the present invention includes：
A kind of scheduling system for supporting systemic-function dynamic reorganization, including：Simulation scenario design module, data/model library module,
United Dispatching module, simulation run time management module；
Described simulation scenario design module provides the simulation scenario design function based on GIS, for describing troops confrontation both sides
Troops collocation, Initial situation, weapon configuration, motor-driven parameter, tactical planning, operational environment and simulated conditions；
Described data/model library module is used for data and the model that maintenance and management system operation is relied on；
Information in simulation scenario can be automatically converted to scheduling strategy by described United Dispatching module, according to troops collocation,
Weapon is configured and operational environment information, dynamic download, loading troops entity class model, weapon entity class from data/model library
Model, commander's control class model, information processing class model；According to displaying rule, dynamic download, loading commander control class model,
Assessment class model, then according to simulation control command, dynamic dispatching model, completion system emulation；
Described simulation run time management module be responsible for being assigned the need for according to testing crew simulation initialisation, emulation propulsion, pause,
The order for continuing, terminating, during simulation run, the pusher of logical time in message based sequence transmission and emulation
System, the cycle assigns propulsion instruction, propulsion emulation to United Dispatching module.
Further, the data message in the data/model library module includes environmental data, troops collocation, weaponized
Can parameter and tactical planning；Model is mainly the entity for participating in system operation, including troops entities class model, weapon entity class mould
Type, detection class model, commander's control class model, information processing class model, environment class model, assessment class model.
Further, the logical relation between each module is：First, simulation run time management module designs mould to simulation scenario
Block sends emulation preparation instruction with United Dispatching module；Secondly, simulation scenario designs module and sends emulation to United Dispatching module
Prediction scheme information；Again, simulation run time management module issues emulation reserved instruction to United Dispatching module；Then, United Dispatching mould
Block sends specific to data/model library module transmission pattern configuration requirement, afterwards data/model library module to United Dispatching module
Data message and model file；Finally, simulation run time management module sends emulation propulsion order to the United Dispatching module cycle,
Each emulation dispatch module exports corresponding information according to scheduling model.
As shown in Fig. 2 workflow of the invention is as follows：
First, user is first to the model file and data needed for importing emulation in data/model library module；
2nd, with reference to the model in current data/model library module, based on GIS design and simulation prediction schemes, definition includes that troops' confrontation is double
The troops collocation of side, Initial situation, weapon configuration, motor-driven parameter, tactical planning, operational environment and simulated conditions；
3rd, the simulation scenario that will be edited generates prediction scheme file, and is preserved with the file of XML；
4th, United Dispatching module loading simulation scenario file, and it is translated into the scheduling strategy of this emulation；
5th, United Dispatching module model according to needed for scheduling strategy this emulation of dynamic load from data/model library module, and
Loaded；
6th, user assigns simulation control command by Simulation Control module, into the simulation run stage；
7th, the United Dispatching module cycle receives emulation propulsion order, and the unification for participating in emulation module is called according to scheduling strategy
Interface, advances simulation run.
Further, operation carrier of the invention is using the common computer with network interface card.
In the present invention, the United Dispatching step of the United Dispatching module is as follows：
First, simulation scenario file is parsed, nodename, type, model code name and the model for participating in emulating in file is obtained and is transported
Capable physical equipment mark（IP address）；
2nd, the scheduling engine of each equipment is matched all of model with the IP address of itself, obtains local required fortune
Capable model information；
3rd, connection server, using the retrieval service of service, retrieves corresponding model service from server, if retrieving,
The model file entity and service description file is locally downloading；
4th, download after finishing, send notification command to simulation run time management module, and monitor simulation control command：
a）After simulation initialisation order is received, according to service description file, loading service, and service initialisation is called to connect
Mouthful, complete initial work；
b）Whenever simulation step length propulsion order is received, service execution order is called；
c）Terminate order when emulation is received, unload Service Source, discharge associated internal memory, return to original state.
Embodiments of the invention are the foregoing is only, the scope of the claims of the invention is not thereby limited, it is every to utilize this hair
Equivalent structure or equivalent flow conversion that bright specification and accompanying drawing content are made, or directly or indirectly it is used in other related skills
Art field, is included within the scope of the present invention.
Claims (4)
1. a kind of scheduling system for supporting systemic-function dynamic reorganization, it is characterised in that the method realizes that system includes：Emulation
Prediction scheme design module, data/model library module, United Dispatching module, simulation run time management module；
Described simulation scenario design module provides the simulation scenario design function based on GIS, for describing troops confrontation both sides
Troops collocation, Initial situation, weapon configuration, motor-driven parameter, tactical planning, operational environment and simulated conditions；
Described data/model library module is used for data and the model that maintenance and management system operation is relied on；
Information in simulation scenario can be automatically converted to scheduling strategy by described United Dispatching module, according to troops collocation,
Weapon is configured and operational environment information, dynamic download, loading troops entity class model, weapon entity class from data/model library
Model, commander's control class model, information processing class model；According to displaying rule, dynamic download, loading commander control class model,
Assessment class model, then according to simulation control command, dynamic dispatching model, completion system emulation；
Described simulation run time management module be responsible for being assigned the need for according to testing crew simulation initialisation, emulation propulsion, pause,
The order for continuing, terminating, during simulation run, the pusher of logical time in message based sequence transmission and emulation
System, the cycle assigns propulsion instruction, propulsion emulation to United Dispatching module.
2. a kind of scheduling system for supporting systemic-function dynamic reorganization according to claim 1, it is characterised in that the number
Include environmental data, troops collocation, weapon performance parameter and tactical planning according to the data message in/model library module；Model master
If the entity of system operation is participated in, including troops entities class model, weapon entity class model, detection class model, commander's control
Class model, information processing class model, environment class model, assessment class model.
3. a kind of scheduling system for supporting systemic-function dynamic reorganization according to claim 1, it is characterised in that each module
Between logical relation be：First, simulation run time management module sends imitative to simulation scenario design module and United Dispatching module
True preparation instruction；Secondly, simulation scenario designs module and sends simulation scenario information to United Dispatching module；Again, simulation run
Management module issues emulation reserved instruction to United Dispatching module；Then, United Dispatching module sends to data/model library module
Model configuration requirement, data/model library module is to the specific data message of United Dispatching module transmission and model file afterwards；Most
Afterwards, simulation run time management module sends emulation propulsion order to the United Dispatching module cycle, and each emulation dispatch module is according to tune
Degree model exports corresponding information.
4. a kind of a kind of dispatching method of the scheduling system for supporting systemic-function dynamic reorganization as claimed in claim 1, its spy
Levy and be, mainly comprise the following steps：
First, user is first to the model file and data needed for importing emulation in data/model library module；
2nd, with reference to the model in current data/model library module, based on GIS design and simulation prediction schemes, definition includes that troops' confrontation is double
The troops collocation of side, Initial situation, weapon configuration, motor-driven parameter, tactical planning, operational environment and simulated conditions；
3rd, the simulation scenario that will be edited generates prediction scheme file, and is preserved with the file of XML；
4th, United Dispatching module loading simulation scenario file, and it is translated into the scheduling strategy of this emulation；
5th, United Dispatching module model according to needed for scheduling strategy this emulation of dynamic load from data/model library module, and
Loaded；
6th, user assigns simulation control command by Simulation Control module, into the simulation run stage；
7th, the United Dispatching module cycle receives emulation propulsion order, and the unification for participating in emulation module is called according to scheduling strategy
Interface, advances simulation run.
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| CN109359792A (en) * | 2018-07-11 | 2019-02-19 | 北京联创众升科技有限公司 | It is a kind of that tune control system and method are led based on dynamic modeling |
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| CN110634073A (en) * | 2019-09-20 | 2019-12-31 | 中国银行股份有限公司 | Transaction freezing method and system |
| CN111522731A (en) * | 2020-03-13 | 2020-08-11 | 中国电子科技集团公司第二十九研究所 | Model integration method and device for online overloading of simulation model |
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| CN116679583A (en) * | 2023-05-23 | 2023-09-01 | 中国舰船研究设计中心 | Unmanned equipment simulation test guide and control system |
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