Dr. Shardul Thapliyal is currently working as an Assistant Professor in the Department of Electrical, Electronics & Communication Engineering. He is associated with Galgotias University since August 2024. He received the M.Tech. degree in digital signal processing in 2015 from G.B Pant engineering college, Uttarakhand. He is pursuing PhD at NIT Kurukshetra in the area of wireless communication.

Publications:

International Journals

1. Thapliyal, Shardul, Rajoo Pandey, and Chhagan Charan. "NOMA-based UAV system under finite blocklength regime with analysis in Rician fading channel." Digital Signal Processing 120 (2022): 103253. (SCI, Impact Factor 2.9)
2. Thapliyal, Shardul, Rajoo Pandey, and Chhagan Charan. "Analysis of NOMA based UAV assisted short-packet communication system and blocklength minimization for IoT applications." Wireless Networks 28, no. 6 (2022): 2695-2712. (SCI, Impact Factor 2.1)
3. Thapliyal, Shardul, Rajoo Pandey, and Chhagan Charan. "Energy Harvesting Enabled-UAV Relay Assisted NOMA Network Under Finite Blocklength." IEEE Internet of Things Journal (2024). (SCI, Impact Factor 8.2)
4. Thapliyal, Shardul, Rajoo Pandey, and Chhagan Charan. "Evaluating energy harvesting UAV-NOMA network with random user pairing in the finite blocklength regime." Vehicular Communications 49 (2024): 100831. (SCI, Impact Factor 5.8)
5. Thapliyal, Shardul, Rajoo Pandey, and Chhagan Charan. "Coverage Analysis Under Imperfect SIC for EH-Enabled UAV-NOMA Cellular Network in Finite Blocklength Framework." IEEE Wireless Communications Letters (2024). (SCI, Impact Factor 4.6)

Conference Papers

• Thapliyal, Shardul, Yogendra Pratap Pundir, Arun Shekhar Bahuguna, and Sunil Semwal. "Object Motion estimation using edge detection and background subtraction with block matching algorithm." In RICE, pp. 345-348. 2017.

• Punetha, Mayank, Yashvir Singh, and Shardul Thapliyal. "A vertical super-junction strained-silicon channel power MOSFET." In TENCON 2015-2015 IEEE Region 10 Conference, pp. 1-4. IEEE, 2015.

• Singh, Yashvir, and Shardul Thapliyal. "Implementation of Trench Schottky Barrier Diodes on InGaAs for Power Integrated Circuits." In 2015 Second International Conference on Advances in Computing and Communication Engineering, pp. 183-186. IEEE, 2015.

Achievements/Awards:

1. MHRD-Full Time Research Fellowship awarded.
2. GATE Qualified. 

Area of interest

1. Wireless communication
2. Multiple access techniques
3. Internet of things, UAV-communication, and RIS communication
4. Stochastic geometry-based analysis