Requirement Analysis of Application Development of Blocking Equipment Based on SWOT
DOI:
https://doi.org/10.6911/WSRJ.202505_11(5).0009Keywords:
Blocking equipment, SWOT analysis, Application development.Abstract
With the gradual maturity and development of intelligent technology, the traffic capacity of automobiles, ships and aircrafts has been greatly improved. In modern warfare, the loading capacity and demand for carriers are increasing, and the performance has been greatly improved. Therefore, in order to prevent the hostile carriers from breaking into our administrative office or confidentially, the application of the blocking equipment of various carriers has become a hot research problem. As a special equipment for forcing the carrier to drive, the blocking equipment plays an important role in all kinds of actions. Although the application of blocking equipment has many advantages, how to apply the blocking equipment to the most suitable field, the related demand demonstration research is still few. SWOT is a classic method of strategic objective analysis, which has the characteristics of structure, systematization and clarity. Through SWOT's analysis of blocking equipment, the necessity of its development and the challenges that need to be faced are further clarified.
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References
[1] Stackley S J, Gaddis D R.Procurement.Ford Class Air craft Program[R].2015.10
[2] Su Baofeng, Hu Jiangbi. Application of New Technology for Evading Accident Risk of Expressway Tunnel Analysis and Discussion [J]. Tunnel Construction, 2022(3): 363-371
[3] Wu Jian, Guo Qisheng, Dong Zhiming, Mu Ge. Operation for the demonstration of weapon equipment requirements Task System Generation Technology [M]. Beijing: National Defense Industry Press 2015.01
[4] GAT421-2003 Puncture and Deflation Barrier
[5] Fu Lixin. Process Design and Performance Test of Blocker Network [J]. Police Technology, 2018(5):79-82
[6] Chen Jiarui, Structure of Automobile [M]. People's Communications Press.
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