Computational Syntax
Kurs | Mo: 1115-1245 (HS 20) |
Modul | Computational Perspectives on Grammar (04-046-2025) |
Lehrer | Greg Kobele (GWZ H1 5.11) |
Course Log
- regularity of derivations
- constraints on movement
- SMC
- SpIC
- readings
- morphological agreement over syntactic dependencies
- Some
- notes
- agreement
- lexical decomposition (notes relevant to head movement)
- readings
- notes
Developing and comparing two analysis of German clause structure
C-[V-T]
C is head medial, V and T head final
C-T-V
C,T, and V are head medial
No class, Pfingstmontag
- Covert movement
- Pronunciation strategies for movement chains
- pronounce highest (= only overt movement)
- pronounce highest 'strong' (= interleave overt and covert movements)
Generalized head movement
Only Suffixation Only Upwards Only from Comp Normal HM + + + Mirror Theory + - + Spanning - - - - Example of German verbs
- Talked about head movement
- Looked at example of English auxiliary system
Readings:
- Greg Kobele (2006) Generating Copies (chapter two)
Talked in more detail about representations
Projection Linearly Ordered Spellout Position Trees w/ traces + + + Multiple dominance + + - Derivations + - - Set-theoretic - - - - Information about spellout-position, linear order, and projection is (or can be) encoded in lexical feature bundles
- Discussed a purely phrasal movement based analysis of simple intransitive and transitive sentences in English.
- Discussed the formal language \(a^{n}b^{n}c^{n}\)
- Briefly compared three perspectives on derived structure
- (ordered) trees with traces
- linear order
- spellout position of moved expressions
- (ordered) multiple dominance structures
- linear order
- unordered multiple dominance structures
- (ordered) trees with traces
Readings:
- introduced a first-pass attempt at formalising minimalism.
- the basic system is presented here. Note that this is presented using multi-dominance, not trees (as we did in class). We will talk about this difference next time.