A Design Method of Damage Effect Basic Management Model
Yong Sun, Hongfu Wang, Shaopan Zhang, Weiqing Yang,
Qiang Zhou, Jinqing Zhao and Guangzhao Lu
China Research and Development Academy of Machinery Equipment, Beijing, 100089, China
Keywords: Damage Effect, Simulation, Evaluation System, Design Method.
Abstract: This paper presents a design method of damage effect basic management model. The method consists of
system control component, process playback component, database component, etc. The system control
component realizes the functions of starting, pausing, resuming and ending the simulation. The process
playback component realizes the simulation playback function in the distributed interactive environment. The
database component realizes the functions of data recording, data management and data analysis. Based on
this method, the basic components and software framework of damage effect simulation are realized, which
strongly supports the damage effect simulation.
1 INTRODUCTION
The basic management model of damage effect
simulation realizes the basic components and
software framework of damage effect simulation,
which is composed of system control components,
process playback components, database components
and other components. (Zhang, 2008; Chen, 2015;
Yin, 2015; Guo, 2018)
2 SYSTEM CONTROL
COMPONENTS
1) Composition
In order to realize the four functions of simulation
start, pause, continue and end, the system control
component is composed of four models, including:
controlled object query model, control instruction
release model, controlled node listening model,
response information receiving, statistics and prompt
model, as shown in the figure below.
System control components
Controlled object query model
Listening model of controlled node
Control instruction release model
Response information receiving,
statistics and prompt model
Figure 1: Composition of system control components.
2) Design
(1) Design of controlled object query model
Open the simulation node computer database and
manage the selected computer in the database. (Zhao,
2020)
(2) Design of control instruction release model
The process of sending system control commands
and listening by the controlled computer listener in
the control instruction release model is shown in the
figure below.
Sun, Y., Wang, H., Zhang, S., Yang, W., Zhou, Q., Zhao, J. and Lu, G.
A Design Method of Damage Effect Basic Management Model.
DOI: 10.5220/0012042600003620
In Proceedings of the 4th International Conference on Economic Management and Model Engineering (ICEMME 2022), pages 713-717
ISBN: 978-989-758-636-1
Copyright
c
2023 by SCITEPRESS – Science and Technology Publications, Lda. Under CC license (CC BY-NC-ND 4.0)
713
Figure 2: Flow chart of control instruction release model.
During system control of the target computer, the
interaction sequence of various information is shown
in the following system control sequence diagram.
(Chu, 2020)
Figure 3: System control sequence diagram.
The system control commands issued by the
control instruction release model are recorded in the
form of database files. The specific contents of the
database file include: serial number, program name,
program status, name of the computer where the
program is located, IP address of the computer where
the program is located, path of the computer where
the program is located, remarks, etc. (Gao, 2019)
(3) Design of listening model of controlled node
Receive, execute, record and respond to the
simulation start, pause, continue and end commands
sent by the control instruction release model. After
receiving the control command, the controlled end
will prompt in the form of text, image, sound, etc.
(4) Design of response information receiving,
statistics and prompt model
The received response information is displayed in the
message window of the software and recorded in the
form of data file. The component clears the last
recorded data every time it starts.
3 PROCESS PLAYBACK
COMPONENT
1) Composition
The process playback component consists of three
models, including: simulation countermeasure
information reading model, simulation time control
model and simulation countermeasure information
release model, as shown in the figure below.
Figure 4: Composition of process playback model.
2) Design
Playback in distributed interactive environment.
(1) Design of simulation countermeasure information
reading model
Before playback, read all simulation countermeasure
information (including entity status information,
firing information, explosion information, damage
information, etc.) into the computer memory.
(2) Design of simulation time control model
Set a time cycle to control the start time of playback,
playback speed (real-time, proportional real-time,
super real-time), and jump (forward and backward).
(3) Design of simulation countermeasure information
release model
Obtain the current simulation time t from the time
cycle, set the simulation step as △T, and query
whether there is simulation countermeasure
information in (t, t + △T) within any simulation step.
If so, release the information.
4 DATABASE COMPONENTS
The database component consists of data record
model, data management model and data analysis
model.
ICEMME 2022 - The International Conference on Economic Management and Model Engineering
714
Figure 5: Operation flow chart.
4.1 Data Recording Model
The model records the simulation data in real time,
receives the simulation data in real time through the
HLA interface, and writes the data into the SQL
Server database system in the specified format
through SQL statements. (Wang, 2017)
4.2 Data Management Model
1) Model composition
The composition of the data management model is
shown in the figure below.
Figure 6: Composition of data management model.
2) Design of sorting module
In the visual operation interface, the user can specify
to arrange the data records in ascending or
descending order according to different fields.
3) Design of query module
Select the query button in the visual operation
interface, fill in the corresponding fields in the pop-
up dialog box and confirm. Send a query request to
the SQL Server database system by generating the
SQL statement of query data, get the data records that
meet the conditions and return.
4) Design of delete module
In the visual operation interface, select the data
record to be deleted, click the delete button and
confirm. By generating the SQL statement to delete
the data, send a delete request to the SQL Server
database system, complete the delete operation and
return.
5) Design of add module
Select the Add button in the visual operation
interface, fill in the corresponding fields in the pop-
up dialog box and confirm. Send an add request to the
SQL Server database system by generating the SQL
statement to add data, complete the add operation and
return.
6) Design of modify module
In the visual operation interface, select the data
record to be modified, click the Modify button,
modify the corresponding fields in the pop-up dialog
box and confirm. By generating the SQL statement to
modify the data, send the modification request to the
SQL Server database system, complete the
modification operation and return. (Xu, 2021)
7) Design of data export module
Data export is to save a copy of all tables, including
various management data tables, and complete the
backup of the database through the basic functions of
SQL Server database system.
A Design Method of Damage Effect Basic Management Model
715
4.3 Data Analysis Model
1) Composition
The composition of the data analysis model is shown
in the figure below, including war damage statistics
component and ammunition consumption statistics
component.
Figure 7: Composition of data analysis model.
2) Design
The war damage of the overall is counted. According
to the received damage information, count the
number of damaged equipment according to the
overall situation and output it in table.
The war damage is counted according to the type
of damaged equipment. According to the received
damage information, count the damage quantity of
equipment according to the type of damaged
equipment, and output it in table. (Li, 2018)
The war damage is counted according to the
damage degree. According to the received damage
information, count the damage quantity of equipment
according to the damage degree of equipment, and
output it in form.
Ammunition consumption is calculated according
to the overall situation. According to the received
firing information, count the ammunition
consumption according to the overall quantity, and
output it in a table.
Count ammunition consumption according to the
type of attack equipment. According to the received
firing information, count the ammunition
consumption according to the overall quantity, and
output it in a table.
Count ammunition consumption by ammunition
type. According to the received firing information,
count the ammunition consumption according to the
ammunition type and output it in table.
5 CONCLUSION
This paper presents a design method of damage effect
basic management model. Based on this method, the
basic components and software framework of
damage effect simulation are realized. This method is
composed of system control components, process
playback components, database components and so
on.
REFERENCES
Chen Feng. Study on the Simulation Technology of 3D
Visualization of Target Missile Intersection. Shenyang
Ligong University, (2015).
Chu Shanyong. Study on the Equivalent Evaluation of the
Damage Power of the High Explosive Projectile.
Shenyang Ligong University (2020).
ICEMME 2022 - The International Conference on Economic Management and Model Engineering
716
Gao Ruiyuan, Fan Hanyang, Fan Hongming. Research on
Damage Effect Assessment Method of Aircraft
Targets. Fire Control & Command Control, 44(8):136-
140 (2019).
Guo Guangquan, Guo Ziyun, Lei Wenxing, Zhang Jun, Fu
Jianping, Chen Zhigang. Study on the Distribution Law
of Dynamic Fragment Power Field of the Blast and
Fragmentation Warhead. Journal of North University
of China (Natural Science Edition), 39(04): 408-414
(2018).
Li Feng, Shi Quan, Sun Zheng. Summary of Technical
Research on the Evaluation of Target Mutilation.
Journal of Sichuan Ordnance, 39(9):69-72 (2018).
Wang Hua, Xin Tengda, Cui Cunyan, Wang Yan, Zhao
Beilei, Zhao Jiguang. Summary of Weapon Damage
Assessment Research Methods. Journal of Equipment
Academy, 28(1):105-110 (2017).
Xu Yuxin, Cai Zilei, Wu Wei, Zhao Pengduo, Qiao Zhijun.
Current Research and Development of Ammunition
Damage Effect Assessment Technology. Transactions
of Beijing Institute of Technology, 41(6):569-578
(2021).
Yin Peng. The Research on Visual Simulation of Damage
Assessment of Large-caliber explosive grenades [D].
Beijing Institute of Technology, (2015).
Zhang Zhichun, Qiang Hongfu, Sun Xinli. Numerical
simulation for fragments flight characteristics of high
explosive projectile. Journal of PLA University of
Science and Technology (Natural Science Edition),
9(06):671-675 (2008).
Zhao Hongzhi, Zhang Jian, Liang Zhengang, Yuan Zhihua.
Research on Power Accurate Evaluation of the Blast-
Fragmentation Warhead with Preformed Fragments.
Computer Simulation, 37(01):15-21 (2020).
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