People/ Faculty/ Nageswara Rao Vemuri

Nageswara Rao Vemuri

Assistant Professor

School of Mathematics and Statistics, University of Hyderabad

Email: nrvemuriz[AT]uohyd[DOT]ac[DOT]in

Office: Office Number 2

Academic Background

  • Ph.D.: IIT Hyderabad
  • M.Sc.: University of Hyderabad

Research Interests

Many valued logic

Selected Publications

Journal Papers

  1. Priyanka, P., and N. R. Vemuri. "A study of fuzzy polynomial implications with respect to the existing generating methods." Fuzzy Sets and Systems 523 (2026): 109634. Journal
  2. Hembram, P., and N. R. Vemuri. "A novel study of properties, functional equations and families of fuzzy implications through strict monotonicity." Kybernetika 61(3) (2025): 348-376. Journal
  3. Gupta, V. K., S. Massanet, and N. R. Vemuri. "Novel construction methods of interval-valued fuzzy negations and aggregation functions based on admissible orders." Fuzzy Sets and Systems 473 (2023): 108722. Journal
  4. Vemuri, N. R., B. Jayaram, and R. Mesiar. "Generation of continuous t-norms through Latticial operations." Fuzzy Sets and Systems 462 (2023): 108398. Journal
  5. Vemuri, N. R. "Investigations of fuzzy implications satisfying generalized hypothetical syllogism." Fuzzy Sets and Systems 323 (2017): 117-137. Journal
  6. Vemuri, N. R., and B. Jayaram. "Bijective transformations of fuzzy implications - An algebraic perspective." Fuzzy Sets and Systems 291 (2016): 3-17. Journal
  7. Vemuri, N. R. "Mutual exchangeability of fuzzy implications." Information Sciences 317 (2015): 1-24. Journal
  8. Vemuri, N. R., and B. Jayaram. "Homomorphisms on the monoid of fuzzy implications and the iterative functional equation I (x, I (x, y)) = I (x, y)." Information Sciences 298 (2015): 1-21. Journal
  9. Vemuri, N. R., and B. Jayaram. "The *-composition of fuzzy implications: Closures with respect to Properties, Powers and Families." Fuzzy Sets and Systems 275 (2015): 58-87. Journal
  10. Vemuri, N. R., and B. Jayaram. "Representations through a monoid on the set of fuzzy implications." Fuzzy Sets and Systems 247 (2014): 51-67. Journal