@article {6922, title = {Late insertion and root suppletion}, journal = {Revista Virtual de Estudos da Linguagem (ReVEL)}, year = {2021}, abstract = {

This article proposes a Nanosyntactic Late-Insertion approach to root suppletion.

We show that this theory allows us to account for root suppletion

within a strictly modular theory of grammar, which makes no syntactic distinction

between different roots. As a starting point, we first focus on the

architectural difficulties that arise for a modular theory of roots in the Distributed

Morphology approach. We then show how Nanosyntax circumvents

these problems, and address two potential empirical issues for the Nanosyntactic

treatment (multiple exponence and locality), showing that they in fact

provide support for the approach proposed.

}, keywords = {Czech, distributed morphology, Korean, late insertion, Latin, nanosyntax, Suppletion}, author = {Vanden Wyngaerd, Guido and Karen De Clercq and Pavel Caha} } @article {walther11linguistica, title = {Measuring Morphological Canonicity}, journal = {Linguistica}, volume = {51}, year = {2011}, month = {2011}, pages = {157-180}, chapter = {157}, abstract = {

The question of regularity within morphological paradigms has been formerly addressed within approaches falling in the scope of Canonical Typology (Corbett, 2003). The aim of this paper is to provide a means for assessing the notion of morphological canonicity through original measures developed within our new morphological framework parsli. In particular, we introduce original measures for non-canonical phenomena such as heteroclisis, deponency, defectiveness and overabundance.

We introduce parsli a new model for inflectional morphology using an inferential-realisa- tional approach (Matthews, 1974; Zwicky, 1985; Anderson, 1992). Our model precisely pro- vides a formal representation of the lexicon/grammar interface. It relies on a formal definition of a lexical entry and a complete formal apparatus for computing all relevant form realisation rules for each lexeme, including stem formation rules. Realisation rules themselves may be ex- pressed through any suitable realisation-based formalism (e.g. PFM or Network Morphology). We introduce several formal innovations such as inflection zones, that constitute partitions of given inflection classes. They are in particular used in modelling heteroclisis.\ 

}, keywords = {Canonical Typology, Defectiveness, Deponency, Formalisation, Heteroclisis, Inflection, Morphology, Overabundance, Suppletion}, url = {http://web.me.com/gwalther/homepage/Publications_(fr)_files/Linguistica51GWalther.pdf}, author = {G{\'e}raldine Walther} }