Dr Shashidhar Tantry

Qualification :

  • B E (Electronics and Communication)
  • M E (Systems Engineering)
  • Ph D (Analog Circuits for Neural Networks)

Work Experience:

  • 17 years in Industry
  • 4 Years in Teaching
  • 1 year in Research

Professional Membership

1. IEEE Solid State Circuits Society, Senior Member
2. Advisor, Student Branch Chapter, IEEE solid State Circuits Society

VLSI domain adviser in the department of ECE

Teaching Experience :

  • Microelectronics
  • Fundamentals of CMOS VLSI
  • ASIC
  • Synthesis and Optimization of Digital Circuits
  • CAD for VLSI
  • Application Specific Integrated Circuits

Research Experience :

  • High Voltage CMOS designs
  • Low Power CMOS circuits CAD algorithms

RESEARCH SCHOLARS

1. Two registered under VTU
2. One registered under PES University

  • Nelson G, Suhas P, Rajeshwar H, Rishita V and Shashidhar Tantry “Performance comparison of comparators used in SAR ADCs for ultra low power biomedical applications” 3rd International Conference on New Frontiers of Engineering, Science, Management and Humanities 2018
  • Dhanashree Bhate, Shashidhar Tantry, Jayant G, Naveeen Kumar A “Implementation of DC motor speed control logic on FPGA”, IEEE International Conference for Convergence in Technology 2018.
  • Pankaja H C, Shashidhar Tantry, “Design and analysis of CMOS based temperature sensor”, International Journal of scientific research in science and technology, Vol.5, Issue 3, May-June 2018, page 191-196.
  • Pankaja H C, Shashidhar Tantry, “Design and analysis of CMOS based temperature sensor”, Conference on Recent Innovations in Science and Engineering 2018
  • Shashidhar Tantry, Sharanu Devakki, “A Current controlled floating resistor”, Asain Journal of Convergence and Technology, Vol. 4 Issue 2
  • Rohan Srinath, G N Prasanna Patil, S Pratiksha Shetty, Venkatesh Pampana and Shashidhar Tantry “A Capacitive sensor readout circuit with low power mode and variable gain operations” International Conference on Microelectronic Devices, Circuits and Systems 2017
  • Sharanu Devakki and Shashidhar Tantry “A positive negative floating resistor circuit with control voltage on high impedance” International Conference on Energy, Communication, Data Analytics and Soft Computing 2017
  • Sharanu Devakki and Shashidhar Tantry “An improved Bilateral floating resistor circuit with positive and negative resistance” International Journal of science and research, RISE 2017, page 15-17.
  • Sharanu Devakki and Shashidhar Tantry “An improved Bilateral floating resistor circuit with positive and negative resistance” Conference on Recent Innovations in Science and Engineering 2017
  • Kruthika Simha, Shreya, Chetan Kumar, Parinitha, Shashidhar Tantry, “Electronic Notice Board with multiple output display” International Conference on Signal Processing, Communication, Power and Embedded Systems 2016.
  • Mathew George, P Cyril Prasanna Raj, T.J.Martin, M. Tim, Shashidhar Tantry “Modelling, Design and Implementation of a 2.4 GHz Low-Noise CMOS VCO for ISM Band Applications” SASTech Journal Vol.8
    Issue 1
  • V Acharya, S Kakde, S Tantry, H Koyama, “Design and implementation of Class AB CMOS power amplifier using GSMC 0.15u Technology” Proceedings, VDAT 2005
  • S Tantry, Y Hiraku, T Oura, T Yoneyama, H Asai, “A low voltage floating resistor circuit having both positive and negative resistance values” IEICE Transactions on Fundamentals, Vol E86A, No.2, Feb 2003
  • S Tantry, T Oura, T Yoneyama, H Asai, “A low voltage floating resistor circuit having both positive and negative resistance values” Proceedings, Asia Pacific Conference on Circuits and Systems, 2002
  • T Oura, T Yoneyama, S Tantry, H Asai, “A CMOS floating resistor having both positive and negative resistance values” IEICE Transactions on Fundamentals, Vol E85A, No.2, Feb 2002
  • T Oura, T Yoneyama, S Tantry, H Asai, “Threshold independent floating resistor circuit exhibiting both positive and negative resistance values” Proceedings, IEEE international symposium on circuits and systems, 2002, pp 739-742
  • S Tantry, T Yoneyama, H Asai, “Two floating resistor circuits and their applications to synaptic weights in analog neural networks” Proceedings, IEEE international symposium on circuits and systems, 2001, pp 564-567
  • S Tantry, T Yoneyama, H Asai, “A structure to realise various kinds of floating resistors” Shizuoka University, Department of Electronics and material science, Research report, 2002
  • S Tantry, T Oura, T Yoneyama, H Asai, “A floating resistor with positive and negative values operating at lower supply voltages” Proceedings, ITC-CSCC, 2002, pp 327-330
  • S Tantry, “floating resistors as synaptic weights in analog neural networks” Proceedings, NOLTA, 1999
  • Lokesh L, Shashidhar Tantry, Sanket Shettar “Denoise Modelling of ECG Signals for Analog Front End” Indiacom -2020, International conference on Computing for sustainable Global development, New Delhi 2020
  • Shashidhar Tantry, Lokesh L, Abhishek D, Bhargav Ram “Analog VLSI circuits and modeling for biomedical sensor interfaces” presentation at 6th international symposium towards the future of advanced researches in Shizuoka University, Hamamatsu, 2020, Japan
  • Sagar B H, Vishal N A, Vinay K S, Shashidhar Tantry “Detection on noise in ECG signal using Analog Behavioral modeling for readout circuits” presentation at 4th international conference on biomedical imaging and signal processing, Nagoya, 2019, Japan
  • J Shyam Sai Pavankumar, Shashidhar Tantry , Lokesh.L “ Combined modelling of MEMSCapacitive Accelerometer And Readout Circuit” NOLTA 2019, Malaysia
  • Shashidhar Tantry, Sagar B H and Vinay K S “An Unified EKV MOSFET Model to Achieve Better Performance of Practical MOS Circuits” 2019 Global Conference on Advancement in Technology
  • Sunitha M S, Rakshitha B S, Sankeerthana K, Shashidhar Tantry “High effecifiency fast response buck converter for low voltage application” PrimeAsia 2019, Bangkok.
  • Akhila Punaroor, Shashidhar Tantry “A delay adjustable power on reset circuit” International Conference on Electrical, Communication, Electronics, Instrumentation and Computing (ICECEIC)