A 17/12-approximation algorithm for 2-vertex-connected spanning subgraphs on graphs with minimum degree at least 3. - Vishnu V. Narayan (CoRR, 2016)

The Matching Augmentation Problem: A 7/4-Approximation Algorithm. - Joe Cheriyan; Jack Dippel; Fabrizio Grandoni 001; Arindam Khan 001; Vishnu V. Narayan (CoRR, 2018)

One Dollar Each Eliminates Envy. - Johannes Brustle; Jack Dippel; Vishnu V. Narayan; Mashbat Suzuki; Adrian Vetta (EC, 2020)

The matching augmentation problem: a $ frac{7}{4}$-approximation algorithm. - Joe Cheriyan; Jack Dippel; Fabrizio Grandoni 001; Arindam Khan 001; Vishnu V. Narayan (Math. Program., 2020)

The Speed and Threshold of the Biased Perfect Matching Game. - Noah Brüstle; Sarah Clusiau; Vishnu V. Narayan; Ndiamé Ndiaye; Bruce A. Reed; Ben Seamone (LAGOS, 2021)

The Speed and Threshold of the Biased Hamilton Cycle Game. - Noah Brüstle; Sarah Clusiau; Vishnu V. Narayan; Ndiamé Ndiaye; Bruce A. Reed; Ben Seamone (LAGOS, 2021)

Two Birds with One Stone: Fairness and Welfare via Transfers. - Vishnu V. Narayan; Mashbat Suzuki; Adrian Vetta (SAGT, 2021)

Online Coloring and a New Type of Adversary for Online Graph Problems. - Yaqiao Li; Vishnu V. Narayan; Denis Pankratov (Algorithmica, 2022)

The Declining Price Anomaly Is Not Universal in Multi-Buyer Sequential Auctions (but almost is). - Vishnu V. Narayan; Enguerrand Prebet; Adrian Vetta (Theory Comput. Syst., 2022)

Risk-Free Bidding in Complement-Free Combinatorial Auctions. - Vishnu V. Narayan; Gautam Rayaprolu; Adrian Vetta (Theory Comput. Syst., 2022)

Fair Chore Division under Binary Supermodular Costs. - Siddharth Barman; Vishnu V. Narayan; Paritosh Verma (AAMAS, 2023)

The speed and threshold of the biased perfect matching and Hamilton cycle games. - Noah Brüstle; Sarah Clusiau; Vishnu V. Narayan; Ndiamé Ndiaye; Bruce A. Reed; Ben Seamone (Discret. Appl. Math., 2023)

Breaking the Envy Cycle: Best-of-Both-Worlds Guarantees for Subadditive Valuations. - Michal Feldman; Simon Mauras; Vishnu V. Narayan; Tomasz Ponitka (EC, 2024)

Fair Division via Quantile Shares. - Yakov Babichenko; Michal Feldman; Ron Holzman; Vishnu V. Narayan (STOC, 2024)

Proportionally Fair Makespan Approximation. - Michal Feldman; Jugal Garg; Vishnu V. Narayan; Tomasz Ponitka (AAAI, 2025)