ICACT20230222 Question.1
Questioner: farhana62-2020-21@student.cse.du.ac.bd 2023-02-22 오후 3:57:09 |
ICACT20230222 Answer.1
Answer by Auhor tangfeixi@outlook.com 2023-02-22 오후 3:57:09
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| It seems a good work. Is your proposed interface satisfy the requirement of larger UAV? |
Thanks for your question. The interface proposed in this paper is applicable to UAVs of all sizes. |
ICACT20230222 Question.2
Questioner: delarisandi@student.telkomuniversity.ac.id 2023-02-22 오후 4:10:37 |
ICACT20230222 Answer.2
Answer by Auhor tangfeixi@outlook.com 2023-02-22 오후 4:10:37
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| Hello, my name is Stevan Del Arisandi from Telkom University, Bandung, Indonesia.
I want to ask a question about your Research Status Analysis in page 05 in your presentation slide.
Can you explain with more details about your motivation for using DDS architecture in your research? Are there any HLA architecture weaknesses so you decided to use DDS architecture instead of using HLA architecture?
Thank You. |
In the large-scale distributed simulation system and high real-time simulation system, like the UAV-borned SAR distributed simulation system, the real-time performance of HLA architecture is poor. |
ICACT20230222 Question.3
Questioner: tomayoon@hotmail.com 2023-02-22 오후 4:18:20 |
ICACT20230222 Answer.3
Answer by Auhor tangfeixi@outlook.com 2023-02-22 오후 4:18:20
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| Thanks for your interesting paper!
Will you tell us more about your R&D environment tools in detail?
And let us know your achievements and future issues? |
The R&D environment tools used are as follows: visual studio 2015， Qt, GCC compiler.
In this paper, a distributed data interaction interface, namely SARDDS, based on DDS has been proposed for UAV-borne SAR distributed simulation. The interface adopts publish/subscribe communication mode to realize the data interaction between various modules of the distributed simulation system. Through the tests of the connectivity, pressure and delay of the interface, the experimental results show that the interface can meet the bandwidth requirements for real-time SAR image data transmission, ensure the real-time data interaction between simulation modules, and provide effective data interaction support for the distributed simulation of UAV-borne SAR.
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