Design of Digital Aerial Photography System for UAV based on Wireless Sensor Network

  • Sorush Niknamian Military Medicine Department, Liberty University, USA (US)
Keywords: wireless sensor network, UAV, node, aerial photography, system design

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Abstract

The traditional UAV aerial photography system has the disadvantages of unclear imaging, low system efficiency and poor flight control effect. Thus, a digital aerial photography system based on wireless sensor network is proposed. Firstly, the principle of aerial photography system is analyzed, and the wireless sensor network is set up. A large number of wireless sensor nodes are deployed in the interval, and functions such as wireless communication and calculation are completed by nodes; the SN-RN data acquisition layer, the RN-UAV relay transmission layer and the UAV-DC mobile aggregation layer are designed to form a wireless sensor network architecture, and the UAV digital aerial photography technology is combined to form the wireless sensor network. Experiments show that the medium error, maximum error and medium error limit of the digital aerial photography of the UAV are low, the total working time of the system is short, and the accuracy of the flight execution of the UAV is maintained between 93%-95%, and always stable. Therefore, the overall imaging effect of this method is better, the system work efficiency is higher, the system control effect is better, and it is more practical and advantageous.



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References

Jin, D.Y.; Chen, J.X. Application of wireless sensor network design on UAVs. China Science and Technology Information 2017(8):79-80.

Li, W. Research on data collection method based on Uav in wireless sensor network. Northwest University, 2016.

Yao, Z.M.; Jing, B.G.; Sun, C.P. Design and test of plant image monitoring system based on mobile wireless sensor network. Journal of Agricultural Engineering 2016, 32(11):189-196.

Mou, S.; Yin, H.; Su, X. Wireless sensor network technology and application. China Water Conservancy and Hydropower Press 2016.

Liu, Q.K. Application of data fusion technology in wireless sensor networks. Technology Outlook 2016, 26(28):14-21.

Zhou, X.M. Application of data fusion technology in wireless sensor network. Digital Space 2018(1):158-158.

Jin, D.Y.; Chen J.X. Application of wireless sensor network design on UAVs. China Science and Technology Information 2017, 8(3):254-261.

Chen, H.B.; Ma, S.Q.; Wang, G., et al. Remote sensing systems on board autonomous miniature aircraft. Remote Sensing Technology and Application 2001, 3(5)18-23.

Yang, X.C.; Jia, X.F. Design and implementation of multi-rotor uav route planning system. Automation Application 2018, 1(11)45-50.

Pan, Y.; Ma, A.P. Discussion on rapid processing method of aerial photography measurement image data of UAV. Architectural Engineering Technology and Besign 2016(32):71-78.

Zhang, W.U.AV farmland information monitoring system based on wireless sensor network. South Agricultural Machinery 2017, 48(9):36-37.

Wang, F.J.; Duan, H.L.; Guan, X. The production of 1:500 DLG using the UAV aerial system based on complex terrain. Urban Geotechnical Investigation and Surveying 2015(5):86-90.

Cao, F.H.; Song, Z.W.; Li, Y.; et al. Determination of precise spatial position of aerial photography of UAV. Bulletin of Surveying and Mapping 2016(6):144-145.

Ding, L.; Wang, Z.S. Research and implementation of greenhouse monitoring system based on wireless senor network. Computing Technology and Automation 2016, 35(3):137-140.

Hu, H.F.; Ma, L. Research on security requirements of wireless sensor networks. Practical Electronics 2017(21):83-84.

Zong, J.L. Effective monitoring method for sensitive information of wireless sensor networks. Electronic Technology and Software Engineering 2017(10):14-14.

Guo, Y.; Chen, Y.; Hui, F. Research of laboratory remote monitoring and early warning system based on wireless sensor network. Research and Exploration in Laboratory 2016, 35(3):105-109.

Zhang, B. Rapid mapping based on UAV digital aerial photography system. Research, 2016(9):20-20.

Zhao, D.W.; Tang, B.L. Zhang, C. Discussion on application of aerial photography based on UAV. Natural Science: Full Text 2016(9):194-194.

Zhang, L.; Li, B.B. Application of STK in UAV route planning. Automation and Instrumentation 2016(11):151-153.

Qiu, G.Q.; Yang, Z.L.; Yang, L.; et al. A network node design of wireless sensor based on ZigBee protocol. Automation and Instrumentation 2008(3):10-11+66.

Yu, Z.G.; Wan S.Q.; Chen, Z.F.; et al. Design of low power and multi-functional data acquisition system based on wireless sensor network. Journal of China Academy of Electronics and Information Technology 2012, 7(2):124-128.

Wang, T.; Liu, S.; Ge, L.S. Design of High-speed wireless communication receiver in parallel DC/DC system journal of power supply 2018, 16(1):166-170.

Bi, K.; Li, Y.C.; Ding, X.B.; et al. Aerial photogrammetric technology of light small UAV: status and trend of development. Bulletin of Surveying and Mapping 2015(3):27-48.

Liu, P.; Peng, Y.P.; Zou, X.Q.; et al. Present situation and prospect of unmanned aerial photogrammetric system in china. Geospatial Information 2010, 08(4):4-6.

Banerjee, A. and Bej, S. On Extension of Regular Graphs. Journal of Discrete Mathematical Sciences and Cryptography, 2018; 21(1):13-21.

Ellison, M., Calinescu, R. and Paige, R.F. Evaluating Cloud Database Migration Options Using Workload Models. Journal of Cloud Computing, 2018; 7(1).

Promsakon, C. Edge Colorability of Unitary Endo-Cayley Graphs of Cyclic Groups. Journal of Discrete Mathematical Sciences and Cryptography, 2018; 21(1):191-198.

Narasimman, P. Solution and Stability of a Generalized Kadditive Functional Equation. Journal of Interdisciplinary Mathematics, 2018; 21(1):171-184.

Buch, V.R., Rawal, S.K. and Chawla, A. Effect of Sputtering Pressure On Structural, Optical and Electrochromic Properties of Tungsten Oxide Film Deposited by SputterinNE.Refg. Journal of Mechanical Engineering Research and Developments, 2018; 41(1):78-85.

Saraf Esmaili, S., Maghooli, K. and Nasrabadi, A.M. A New Model for Face Detection in Cluttered Backgrounds Using Saliency Map and C2 Texture Features. International Journal of Computers and Applications, 2018; 40(4):214-222.

Published
2020-05-10
Section
Articles
How to Cite
Niknamian, S. (2020). Design of Digital Aerial Photography System for UAV based on Wireless Sensor Network. Journal of Applied Science, Engineering, Technology, and Education, 2(1), 43-57. https://doi.org/10.35877/454RI.asci2196