Biography

  • I obtained my PhD degree in Electrical Engineering from IIT-Bombay in 1993, working with Prof. J.Vasi. My PhD work involved simulation of radiation effects in MOS transistors. Before enrolling for a PhD, I worked for a year in CDOT in their reliability and failure analysis group. Here I was involved in developing functional testers for various components ranging from photodiodes to microprocessors. I obtained my Masters degree in Electrical Engg. from RPI, Troy, NY in 1988 and a B.Tech degree in Engineering Physics from IIT-Bombay in 1986.

Research Interests

  • Bayesian inference, model counting, statistical and noise analysis of circuits, reduced order modelling

Personal Website

For more information, visit my personal website.

Selected Publications

  • S.Bathla and Vinita Vasudevan, “IBIA: An incremental Build-Infer-Approximate Frameworks for Approximate inference of partition function”, Trans. Machine Learning research (TMLR), 09/23
  • Shivani Bathla and Vinita Vasudevan, “A Framework for Reliability Analysis of Combinational Circuits Using Approximate Bayesian Inference”, IEEE Trans. VLSI systems, vol 31(4), 2023, pp 543-554
  • Shivani Bathla and Vinita Vasudevan, “Approximate Inference of Marginals using the IBIA framework”, Neurips 2023
  • S.Ramprasath, M.Vijaykumar and V.Vasudevan, “A skew-normal canonical model for statistical static timing analysis”, IEEE Trans. VLSI systems, vol 24(6), pp 2359-68, June 2016
  • V.Vasudevan and M.Ramakrishna, “An Efficient Algorithm for Frequency-Weighted Balanced Truncation of VLSI Interconnects in descriptor form”, Proc. DAC, 2015
  • V.Charumathi, M.Ramakrishna and V.Vasudevan, “Fast Proper Orthogonal Decomposition Using Improved Sampling and Iterative Techniques for Singular Value Decomposition”, ACM Trans. Mathematical Software (TOMS), vol 48(2), pp 1-24, 2022
  • V.Vasudevan, “Analysis of clock jitter in continuous-time sigma-delta converters”, IEEE Trans. Circuits and Systems-I, vol 56(3), pp 519-528, March 2009
  • V.Vasudevan ``A Time-Domain Technique for Computation of Noise Spectral Density in Linear and Non-Linear Time-Varying Circuits’’ IEEE Trans. Circuits and Systems-I, vol 51(2), pp 422,433, Feb 2004

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