Inferring Temporally-Anchored Spatial Knowledge from Semantic Roles. - Eduardo Blanco 002; Alakananda Vempala (HLT-NAACL, 2015)

Complementing Semantic Roles with Temporally Anchored Spatial Knowledge: Crowdsourced Annotations and Experiments. - Alakananda Vempala; Eduardo Blanco 002 (AAAI, 2016)

Beyond Plain Spatial Knowledge: Determining Where Entities Are and Are Not Located, and For How Long. - Alakananda Vempala; Eduardo Blanco 002 (ACL (1), 2016)

Annotating Temporally-Anchored Spatial Knowledge on Top of OntoNotes Semantic Roles. - Alakananda Vempala; Eduardo Blanco 002 (LREC, 2016)

Determining Whether and When People Participate in the Events They Tweet About. - Krishna Chaitanya Sanagavarapu; Alakananda Vempala; Eduardo Blanco 002 (ACL (2), 2017)

Annotating If the Authors of a Tweet are Located at the Locations They Tweet About. - Vivek Reddy Doudagiri; Alakananda Vempala; Eduardo Blanco 002 (LREC, 2018)

Annotating Temporally-Anchored Spatial Knowledge by Leveraging Syntactic Dependencies. - Alakananda Vempala; Eduardo Blanco 002 (LREC, 2018)

Determining Event Durations: Models and Error Analysis. - Alakananda Vempala; Eduardo Blanco 002; Alexis Palmer (NAACL-HLT (2), 2018)

Categorizing and Inferring the Relationship between the Text and Image of Twitter Posts. - Alakananda Vempala; Daniel Preotiuc-Pietro (ACL (1), 2019)

Extracting Biographical Spatial Timelines: Corpus and Experiments. - Alakananda Vempala; Eduardo Blanco 002 (IEEE ACM Trans. Audio Speech Lang. Process., 2020)

Temporally anchored spatial knowledge: Corpora and experiments. - Alakananda Vempala; Eduardo Blanco 002 (Nat. Lang. Eng., 2021)

Right for the Right Reason: Evidence Extraction for Trustworthy Tabular Reasoning. - Vivek Gupta 001; Shuo Zhang 006; Alakananda Vempala; Yujie He 003; Temma Choji; Vivek Srikumar (ACL (1), 2022)

Don't Retrain, Just Rewrite: Countering Adversarial Perturbations by Rewriting Text. - Ashim Gupta; Carter Wood Blum; Temma Choji; Yingjie Fei; Shalin Shah; Alakananda Vempala; Vivek Srikumar (ACL (1), 2023)

ULTRA: Unleash LLMs' Potential for Event Argument Extraction through Hierarchical Modeling and Pair-wise Self-Refinement. - Xinliang Frederick Zhang; Carter Wood Blum; Temma Choji; Shalin Shah; Alakananda Vempala (ACL (Findings), 2024)

ULTRA: Unleash LLMs' Potential for Event Argument Extraction through Hierarchical Modeling and Pair-wise Refinement. - Xinliang Frederick Zhang; Carter Wood Blum; Temma Choji; Shalin Shah; Alakananda Vempala (CoRR, 2024)