Arun Kumar Verma1,*, Ranbir Nandan2, Aditi Verma3
1Ex-Senior Scientist (DRDO) and Director, Vidyadaan Institute of Technology & Management, Aryabhatta Knowledge University, Dumraon, Bihar, India
2Associate Professor and MLC (Bihar Legislative Council), Geology Department, B.N. College, Patna University, Patna, Bihar, India
3Engineer, Qualcomm India, Hyderabad, India
*Corresponding author: Arun Kumar Verma
References
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[4] Krieger G., Moreira A., June 2006. Space-borne Bi- and Multi-static SAR: Potential and Challenges” IEE Proc.-Radar Sonar Navigation., Vol. 153 (3), pp 184-198.
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[8] Verma A.K., Jha K.K., 1996. Rain drop distribution model for Indian Climate. Indian Journal of Radio and Space Physics, Vol 25(1), pp 15-21.
[9] Verma A.K., Goyal R.K.,1996. Mathematical Formulation for estimation of Base-line in SAR Interferometry. SADHNA: Academy Proceeding of Engineering Science, Vol. 21, pp 511-522.
[10] Vidyarthi A., Jassal B.S., Gowri R., Shukla A.K.,2012. Regional variability of RDSD model in India. Progress in Electromagnetics Research Letters. Vol -34, P 123-135.
[11] Vilches P.J., March 2013. Detection of area affected by Flooding River using SAR Images. Master in Space Applications for Emergency Early Warning and Response. CONOE, IG.
[12] Verma A.K., Nandan R., 25-26 February 2017. Applications of SAR Imaging Technology for monitoring the characteristics flow of river Ganga and flood management. International Conference on “Incessant Ganga”, Organized by WALMI, Government of Bihar, Patna , PP-47-48.
[13] Verma A.K, Nandan R.,Singh S.K.,Verma A., 28 May 2017. Space-borne Synthetic Aperture Radar (SAR) System for near real time detection and monitoring of flood in eastern region of India. International Seminar on Flood and Water Resource Management in the eastern region of the Indian Sub-continent, Organised by Indian Engineers Association, Patna, pp 40-52.