| 2018 | DATE | Optimizing power-accuracy trade-off in approximate adders. | D. Celia, Vinita Vasudevan, Nitin Chandrachoodan |
| 2018 | ISCAS | Probabilistic Error Modeling for Two-part Segmented Approximate Adders. | D. Celia, Vinita Vasudevan, Nitin Chandrachoodan |
| 2015 | DAC | An efficient algorithm for statistical timing yield optimization. | S. Ramprasath, Vinita Vasudevan |
| 2015 | DAC | An efficient algorithm for frequency-weighted balanced truncation of VLSI interconnects in descriptor form. | Vinita Vasudevan, M. Ramakrishna |
| 2012 | ICCAD | On the computation of criticality in statistical timing analysis. | S. Ramprasath, Vinita Vasudevan |
| 2006 | FCCM | Scheduling divisible loads on partially reconfigurable hardware. | K. N. Vikram, Vinita Vasudevan |
| 2005 | DAC | Simulation of the effects of timing jitter in track-and-hold and sample-and-hold circuits. | Vinita Vasudevan |
| 2004 | ISCAS | An on-chip DNL estimation and reconfiguration for improved linearity in current steering DAC. | Sunil Rafeeque, Vinita Vasudevan |
| 2004 | VLSID | A Built-in-Self-Test Scheme for Digital to Analog Converters. | Sunil Rafeeque, Vinita Vasudevan |
| 2003 | DAC | Computation of noise spectral density in switched capacitor circuits using the mixed-frequency-time technique. | Vinita Vasudevan, M. Ramakrishna |
| 2003 | ISCAS | A time-domain technique for computation of noise spectral density in switched capacitor circuits. | Vinita Vasudevan |
| 2000 | VLSID | A Transistor Level Placement Tool for Custom Cell Generation. | Ranjit K. Dash, T. Pramod, Vinita Vasudevan, M. Ramakrishna |
| 2000 | VLSID | Optimization of the One-Dimensional Full Search Algorithm and Implementation Using an EPLD. | Rajesh T. N. Rajaram, Vinita Vasudevan |
| 1998 | VLSID | A Modified Line Expansion Algorithm for Device-level Routing of Analog Circuits. | Prakash Gopalakrishnan, Vinita Vasudevan |
| 1998 | VLSID | Symbolic Analysis of Analog Integrated Circuits. | C. F. Prince, Vinita Vasudevan |
| 1997 | VLSID | Synthesis of Analog CMOS Circuits. | K. Ravi Shanker, Vinita Vasudevan |