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In the area of the Modern Greek verb, phenomena which consistently appear are headmarking, many potential slots before and/or after the verb root, noun and adverb incorporation, addition of adverbial elements by means of affixes, a large inventory of bound morphemes, verbal words as minimal sentences, etc. These features relate Modern Greek to polysynthesis. The main bulk of this paper is dedicated to the comparison of affixal and incorporation patterns between Modern Greek and the polysynthetic languages Abkhaz, Cayuga, Chukchi, Mohawk, and Nahuatl. Ultimately, a typological outlook for Modern Greek is proposed.
We adopt Markert and Nissim (2005)’s approach of using the World Wide Web to resolve cases of coreferent bridging for German and discuss the strength and weaknesses of this approach. As the general approach of using surface patterns to get information on ontological relations between lexical items has only been tried on English, it is also interesting to see whether the approach works for German as well as it does for English and what differences between these languages need to be accounted for. We also present a novel approach for combining several patterns that yields an ensemble that outperforms the best-performing single patterns in terms of both precision and recall.
Multicomponent Tree Adjoining Grammars (MCTAG) is a formalism that has been shown to be useful for many natural language applications. The definition of MCTAG however is problematic since it refers to the process of the derivation itself: a simultaneity constraint must be respected concerning the way the members of the elementary tree sets are added. This way of characterizing MCTAG does not allow to abstract away from the concrete order of derivation. In this paper, we propose an alternative definition of MCTAG that characterizes the trees in the tree language of an MCTAG via the properties of the derivation trees (in the underlying TAG) the MCTAG licences. This definition gives a better understanding of the formalism, it allows a more systematic comparison of different types of MCTAG, and, furthermore, it can be exploited for parsing.