TJX Feldberg Chair in Computer Science
Director, Lab for Linguistics and Computation · Chair, Computational Linguistics MS Program · Chair, Linguistics Program
I develop computational and cognitive models of natural language meaning — how words encode knowledge, how events and time are represented, and how language grounds meaning in physical and social context. My work spans Generative Lexicon Theory, temporal and spatial semantics, multimodal dialogue, and large-scale language annotation.
My research bridges formal linguistics and machine intelligence — building theories and computational tools for understanding how language encodes meaning in context.
A formal framework for representing the rich, generative nature of word meaning — accounting for polysemy, coercion, and sense extension through qualia structure and type composition.
Chief architect of TimeML and ISO-TimeML, an international ISO standard for annotating events and temporal relations in text. Includes the TARSQI toolkit for temporal parsing and reasoning.
Developing formal representations for spatial information in natural language — including locations, paths, motion events, and spatial relations — through the ISO-Space annotation framework.
Grounding language meaning in visual and physical context for human-robot and human-computer interaction, including the VoxWorld platform for embodied multimodal agents.
Large-scale linguistic annotation for machine learning, including PropBank, TimeBank, UMR (Uniform Meaning Representation), and the CLAMS platform for multimedia NLP.
Integrating formal compositional meaning with distributional models — from noun-noun compound interpretation and metaphor detection to semantically enriched text generation.
The BLLC focuses on computational and cognitive modelling of natural language meaning — how words combine to create meaningful texts, how context shapes interpretation, and how computational tools can capture this richness at scale.
Lab members work on annotation frameworks, formal semantics, embodied AI, and NLP systems with applications ranging from clinical text to archival media to human-robot interaction.
Visit Lab Website ↗A multimodal platform for embodied agents enabling grounded language understanding through 3D simulation, gesture, and dialogue.
Computational Linguistics Applications for Multimedia Services — NLP pipelines for the American Archive of Public Broadcasting.
Cross-lingual semantic annotation extending AMR with event structure, aspect, quantification, and temporal information.
Augmenting Abstract Meaning Representation with GL-VerbNet event structure for richer semantic parsing and inference.
Real-time multimodal common ground tracking in situated collaborative dialogues — tracking shared beliefs and intentions.
International ISO annotation standards for temporal and spatial information, developed through the ISO/TC37 working group.
DARPA-funded program exploring how ideas are conveyed between humans and computers through language, gesture, visualization, and collaborative action in simulation environments.
Language Application Grid — an open web service platform for NLP research enabling interoperability of linguistic tools and resources across institutions.
Augmenting VerbNet verb representations with GL event structures to better capture polysemy, argument alternations, and contextual meaning shift.
A selection of recent papers (2023–2025). For the complete list of 286+ publications see ACL Anthology or Google Scholar.
Key journal publications spanning lexical semantics, temporal reasoning, and computational linguistics.
Selected monographs, edited volumes, and textbooks.
The foundational monograph introducing Generative Lexicon Theory — qualia structure, type coercion, and the computational treatment of polysemy.
Comprehensive reference covering annotation theory, methodology, and frameworks across all levels of linguistic structure.
Formal and computational treatment of motion verbs, spatial language, and the ISO-Space framework.
A practical guide to designing annotation schemes and building corpora for NLP and machine learning.
International research extending and applying Generative Lexicon Theory through compositional semantics techniques.
Foundational readings on temporal language, temporal reasoning, and TimeML annotation.
Explores how natural language grammars structure and refer to events, bringing together linguistic and philosophical perspectives.
Integrates lexical semantics research with knowledge representation and computational linguistics perspectives.
Addresses lexical ambiguity from a computational linguistics perspective.
State-of-the-art survey on TimeML and temporal information extraction, centered on the emerging ISO-TimeML standard.
Addresses lexicon acquisition from corpora as essential for natural language processing systems.
Cross-disciplinary perspectives on the lexicon drawing from linguistics, cognitive science, and AI.
Courses in natural language processing, computational semantics, and linguistic theory at the undergraduate and graduate levels.
Core concepts and algorithms in computational linguistics and NLP — covering syntax, semantics, parsing, language models, and machine learning for text.
An introduction to the computational modeling of language — finite automata, regular expressions, context-free grammars, parsing, and corpus-based methods.
Graduate seminar on formal and computational approaches to meaning — lambda calculus, type theory, Generative Lexicon, temporal semantics, and distributional models.
A foundational course in lexical semantics covering qualia structure, type coercion, co-composition, and the computational treatment of word meaning and polysemy.
Hands-on course on building annotated corpora — annotation scheme design, inter-annotator agreement, active learning, and applications to NLP tasks.
Regular lecturer at ESSLLI (2017, 2018) and LSA Linguistic Institute (2019) on topics in temporal semantics, spatial language, and multimodal meaning.
I welcome inquiries from prospective graduate students, collaborators, and colleagues. The Computational Linguistics MS program at Brandeis admits students with backgrounds in linguistics, computer science, and related fields.
Brandeis University
Brandeis University
University of Colorado Boulder / Brandeis
Brandeis University
Spring 2025