Abstract
Reference-set constraints (RCs; also known as transderivational constraints) differ from standard well-formedness conditions in that for every tree, they compute a set of output candidates called its *reference set* and pick from said set the optimal candidate(s) according to some economy …

# More Output

# Lost in Translation: A Formal Model of Merge-over-Move and Its Implications for the Language Faculty

Abstract I demonstrate that Merge-over-Move (MOM), a transderivational constraint (TC) put forward in Chomsky (1995, 2000), can be modeled by

*linear tree transducers*, i.e.\ machines that take a tree as input and traverse it from the leaves towards the root while at …# Syntax, Semantics, Pragmatics: Where Do We Find Optimality?

# Optimality Conditions Could Care Less About Optimality

# Reference-Set Constraints as Linear Tree Transductions via Controlled Optimality Systems

Abstract Reference-set constraints are a special class of constraints used in Minimalist syntax. They extend the notion of well-formedness beyond the level of single trees: When presented with some phrase structure tree, they compute its set of competing output candidates and determine the …

# Reference-Set Constraints as Linear Tree Transductions via Controlled Optimality Systems

Abstract Reference-set constraints are a special class of constraints used in Minimalist syntax. They extend the notion of well-formedness beyond the level of single trees: When presented with some phrase structure tree, they compute its set of competing output candidates and determine the …

# Concealed Reference-Set Computation or How Syntax Escapes the Parser’s Clutches

Abstract A core assumption of the biolinguistic program is that all properties of language beyond recursion can be motivated by requirements imposed by other cognitive modules. One component in this setup is the parser, which is thought to give rise to a preference …

# Some Interdefinability Results for Syntactic Constraint Classes

Abstract Choosing as my vantage point the linguistically motivated Müller-Sternefeld hierarchy (Müller and Sternefeld 2000), which classifies constraints according to their locality properties, I investigate the interplay of various syntactic constraint classes on a formal level. For non-comparative constraints, I use Rogers’ (2003 …

# A Tree Transducer Model of Reference-Set Computation

Abstract Reference-set constraints are a special class of constraints used in Minimalist syntax. They extend the notion of well-formedness beyond the level of single trees: When presented with some phrase structure tree, they compute its set of competing output candidates and determine the …

# Locality in Flux —- Reducibility Results for Syntactic Constraints

Abstract Müller and Sternefeld (2000) propose a locality hierarchy of syntactic constraints such that {representational, derivational} < global < translocal < transderivational. We use formal methods to demonstrate that their hierarchy correctly assumes that higher constraint classes are more powerful, but we also show that for …

# Some Interdefinability Results for Syntactic Constraint Classes

Abstract Choosing as my vantage point the linguistically motivated Müller-Sternefeld hierarchy (Müller and Sternefeld 2000), which classifies constraints according to their locality properties, I investigate the interplay of various syntactic constraint classes on a formal level. For non-comparative constraints, I use Rogers’ (2003 …