Ontology - tueba

Abstract
Annotation Model of morposyntactic, morphological and syntactic annotations of the TüBa-D/Z corpus (v5) following Telljohann et al. (2009), unless marked otherwise Heike Telljohann, Erhard W. Hinrichs, Sandra K¨ubler, Heike Zinsmeister, Kathrin Beck (2009), Stylebook for the T¨ubingen Treebank of Written German (T¨uBa-D/Z), Tech. rep. Universität Tübingen, Seminar für Sprachwissenschaft, version of November 2009 (TüBa-D/Z v5)
Latest Version
http://purl.org/olia/tueba.owl#

Imports

Classes - Overview

G stts_Article Article (stts) stts_AttributiveAdjective Attributive Adjective (stts) stts_AuxiliaryImperative Auxiliary Imperative (stts) stts_DemonstrativePronoun Demonstrative Pronoun (stts) stts_FiniteAuxiliaryVerb Finite Auxiliary Verb (stts) stts_FiniteModalVerb Finite Modal Verb (stts) stts_FiniteVerb Finite Verb (stts) stts_Imperative Imperative (stts) stts_IndefinitePronoun Indefinite Pronoun (stts) stts_InterrogativePronoun Interrogative Pronoun (stts) stts_Noun Noun (stts) stts_PersonalPronoun Personal Pronoun (stts) stts_PossessivePronoun Possessive Pronoun (stts) stts_Postposition Postposition (stts) stts_Preposition Preposition (stts) stts_ReflexivePronoun Reflexive Pronoun (stts) stts_RelativePronoun Relative Pronoun (stts) stts_Tag Tag (stts) system_LinguisticAnnotation Linguistic Annotation (system) MorphologicalFeature Morphological Feature system_LinguisticAnnotation->MorphologicalFeature is a SyntacticEdgeLabel Syntactic Edge Label system_LinguisticAnnotation->SyntacticEdgeLabel is a SyntacticNodeLabel Syntactic Node Label system_LinguisticAnnotation->SyntacticNodeLabel is a Case Case Complement Complement Gender Gender HeadOrConjunct Head Or Conjunct Modifier Modifier Mood Mood MorphologicalFeature->Case is a MorphologicalFeature->Gender is a MorphologicalFeature->Mood is a Number Number MorphologicalFeature->Number is a Person Person MorphologicalFeature->Person is a Tense Tense MorphologicalFeature->Tense is a Phrase Phrase Root Root SecondaryEdge Secondary Edge SplitCoordination Split Coordination StructuralExpletive Structural Expletive SyntacticEdgeLabel->Complement is a SyntacticEdgeLabel->HeadOrConjunct is a SyntacticEdgeLabel->Modifier is a SyntacticEdgeLabel->SecondaryEdge is a SyntacticEdgeLabel->SplitCoordination is a SyntacticEdgeLabel->StructuralExpletive is a SyntacticNodeLabel->Phrase is a SyntacticNodeLabel->Root is a TopologicalField Topological Field SyntacticNodeLabel->TopologicalField is a

Properties - Overview

Classes

Case G Case Case
SubClass Of
Complement G Complement Complement
SubClass Of
Gender G Gender Gender
SubClass Of
HeadOrConjunct G HeadOrConjunct Head Or Conjunct
SubClass Of
Modifier G Modifier Modifier
SubClass Of
Mood G Mood Mood
SubClass Of
MorphologicalFeature G MorphologicalFeature Morphological Feature
SubClass Of
Sub-Classes
Number G Number Number
SubClass Of
Person G Person Person
SubClass Of
Phrase G Phrase Phrase
SubClass Of
Root G Root Root
SubClass Of
SecondaryEdge G SecondaryEdge Secondary Edge
SubClass Of
SplitCoordination G SplitCoordination Split Coordination
Abstract Generally, the left conjunct of a split coordination is located in MF, in rare cases in VF, and the right conjunct occurs in NF. In order to express the relation between them, the left conjunct carries the label of its grammatical function (ON, OA, OD, etc.) whereas the right conjunct carries a label that denotes that it is the conjunct of this grammatical function (e.g. ONK, OAK, ODK, etc.). In asymmetric coordination, the syntactic category of the second split conjunct determines the syntactic category one level higher up: "Jedes Ja-Wort zieht [Applaus]_OA nach sich, [Unterschriften, K?sse, H?ndesch?tteln]_OAK." (Telljohann et al. 2009, p.124f)
SubClass Of
StructuralExpletive G StructuralExpletive Structural Expletive
SubClass Of
stts:Article G stts_Article Article (stts)
Namespace http://purl.org/olia/stts.owl#
stts:AttributiveAdjective G stts_AttributiveAdjective Attributive Adjective (stts)
Namespace http://purl.org/olia/stts.owl#
stts:AuxiliaryImperative G stts_AuxiliaryImperative Auxiliary Imperative (stts)
Namespace http://purl.org/olia/stts.owl#
stts:DemonstrativePronoun G stts_DemonstrativePronoun Demonstrative Pronoun (stts)
Namespace http://purl.org/olia/stts.owl#
stts:FiniteAuxiliaryVerb G stts_FiniteAuxiliaryVerb Finite Auxiliary Verb (stts)
Namespace http://purl.org/olia/stts.owl#
stts:FiniteModalVerb G stts_FiniteModalVerb Finite Modal Verb (stts)
Namespace http://purl.org/olia/stts.owl#
stts:FiniteVerb G stts_FiniteVerb Finite Verb (stts)
Namespace http://purl.org/olia/stts.owl#
stts:Imperative G stts_Imperative Imperative (stts)
Namespace http://purl.org/olia/stts.owl#
stts:IndefinitePronoun G stts_IndefinitePronoun Indefinite Pronoun (stts)
Namespace http://purl.org/olia/stts.owl#
stts:InterrogativePronoun G stts_InterrogativePronoun Interrogative Pronoun (stts)
Namespace http://purl.org/olia/stts.owl#
stts:Noun G stts_Noun Noun (stts)
Namespace http://purl.org/olia/stts.owl#
stts:PersonalPronoun G stts_PersonalPronoun Personal Pronoun (stts)
Namespace http://purl.org/olia/stts.owl#
stts:PossessivePronoun G stts_PossessivePronoun Possessive Pronoun (stts)
Namespace http://purl.org/olia/stts.owl#
stts:Postposition G stts_Postposition Postposition (stts)
Namespace http://purl.org/olia/stts.owl#
stts:Preposition G stts_Preposition Preposition (stts)
Namespace http://purl.org/olia/stts.owl#
stts:ReflexivePronoun G stts_ReflexivePronoun Reflexive Pronoun (stts)
Namespace http://purl.org/olia/stts.owl#
stts:RelativePronoun G stts_RelativePronoun Relative Pronoun (stts)
Namespace http://purl.org/olia/stts.owl#
stts:Tag G stts_Tag Tag (stts) MorphologicalFeature Morphological Feature stts_Tag->MorphologicalFeature hasMorphologicalFeature
Namespace http://purl.org/olia/stts.owl#
SyntacticEdgeLabel G SyntacticEdgeLabel Syntactic Edge Label
SubClass Of
Sub-Classes
SyntacticNodeLabel G SyntacticNodeLabel Syntactic Node Label
SubClass Of
Sub-Classes
system:LinguisticAnnotation G system_LinguisticAnnotation Linguistic Annotation (system)
Namespace http://purl.org/olia/system.owl#
Sub-Classes
Tense G Tense Tense
SubClass Of
TopologicalField G TopologicalField Topological Field
Abstract In a German clause, the finite verb can appear in three different positions: verb-second, verb-initial, and verb-final. Only in verb-final clauses the verb complex consisting of the finite verb and non-finite verbal elements forms a unit. The discontinuous positioning of the verbal elements in verb-first and verb-second clauses is the traditional reason for structuring German clauses into fields. The positions of the verbal elements form the Satzklammer (sentence bracket) which divides the sentence into a Vorfeld (initial field), a Mittelfeld (middle field), and a Nachfeld (final field). The Vorfeld and the Mittelfeld are divided by the linke Satzklammer (left sentence bracket), which is the finite verb, the rechte Satzklammer (right sentence bracket) is the verb complex between the Mittelfeld and the Nachfeld. (Telljohann et al. 2009, p.13)
SubClass Of

Object Properties

hasCase G hasCase hasCase
Range
Domain
hasGender G hasGender hasGender
Range
hasMood G hasMood hasMood
Range
Domain
hasMorphologicalFeature G hasMorphologicalFeature hasMorphologicalFeature
Sub-Properties
Range
Domain
hasNumber G hasNumber hasNumber
Range
Domain
hasPerson G hasPerson hasPerson
Range
Domain
hasTense G hasTense hasTense
Range
Domain
owl:topObjectProperty G owl_topObjectProperty topObjectProperty (owl)
Namespace http://www.w3.org/2002/07/owl#
Sub-Properties

Datatype Properties

hasTagContaining G hasTagContaining hasTagContaining
hasTagEndingWith G hasTagEndingWith hasTagEndingWith
hasTagStartingWith G hasTagStartingWith hasTagStartingWith
system:hasTag G system_hasTag hasTag (system)
Namespace http://purl.org/olia/system.owl#
Sub-Properties

Individuals

ADJX G ADJX ADJX Phrase
Abstract adjectival phrase
Class
ADVX G ADVX ADVX Phrase
Abstract adverbial phrase
Class
APP G APP APP Complement
Abstract apposition
Class
C G C C TopologicalField
Abstract The C-Feld only occurs in verb-final clauses (exception: the conjunction als in subordinated sentences of comparison als w?are es nie geschehen.). It is obligatorily occupied in finite verb-final clauses if there is no conjunction in the Linke Klammer. In non-finite verb-final clauses the C-position may be empty. This field can be occupied by conjunctions of sentential objects (e.g. da?, ob) or sentence initial conjunctions like um, obwohl, wenn and also by complex interrogative or relative phrases, e.g. ..., ?um wieviel Geld? geht es dabei? / ..., ?an der? Max Daniel Professor f?r Klavier ist. (Telljohann et al. 2009)
Class
DM G DM DM Root
Abstract discourse marker Generally, discourse markers are expressions or phrases of greeting, apologizing, thanking, short emotional utterances, and interjections. Their node label is DM. ... Typical discourse markers are: ja, nein, hallo, oh, aha, pst, nunja, gewi?, toll, nun ja, etc. (Telljohann et al. 2009, p. 136)
Class
DP G DP DP Phrase
Abstract determiner phrase (e.g., "gar keine")
Class
EN G EN EN SecondaryEdge
Abstract phrase internal relation between two parts of a proper noun (Telljohann et al. 2009, p. 26) The secondary edge label EN gives information about the relation of two parts of a proper noun within a complex phrase consisting, for instance, of an article and/or an attributive adjective which do not belong to the proper noun itself, e.g. der [zweite Weltkrieg EN] (Telljohann et al. 2009, p.19). If the original form of a proper noun (e.g. Zweiter Weltkrieg, Hamburger Reichssender) is inflected and/or premodified by an article and/or attributive adjective, the included proper noun is indicated by the secondary edge label EN. EN always points from the dependend part of the proper noun to its head noun: "Er ist Zeitzeuge des Zweiten--EN-->Weltkrieges" (Telljohann et al. 2009, p.50f)
Class
EN-ADD G EN-ADD EN-ADD Phrase
Abstract proper noun or named entity (additional phrase node label, Telljohann et al 2009, p.26)
Class
ES G ES ES StructuralExpletive nominative nominative Case ES->nominative hasCase first first Person ES->first hasPerson neuter neuter Gender ES->neuter hasGender singular singular Number ES->singular hasNumber nominative->nominative hasCase ON ON Complement ON->nominative hasCase ONK ONK SplitCoordination ONK->nominative hasCase first->first hasPerson neuter->neuter hasGender singular->singular hasNumber
Abstract Vorfeld-es
Class
FKONJ G FKONJ FKONJ TopologicalField
Abstract conjunct consisting of more than one field
Class
FKOORD G FKOORD FKOORD TopologicalField
Abstract coordination consisting of conjuncts of fields
Class
FOPP G FOPP FOPP Complement
Abstract facultative (i.e. optional) prepositional object, passivized subject (von-phrase)
Class
FOPP-MOD G FOPP-MOD FOPP-MOD Modifier
Abstract modifiers modifying complements or modifiers, e.g. V-MOD = modifier of the verb
Class
FOPPK G FOPPK FOPPK SplitCoordination
Abstract second conjunct (K) in split coordinations, e.g. ONK = second conjunct of a nominative object
Class
FX G FX FX Phrase
Abstract foreign language phrase
Class
HD G HD HD HeadOrConjunct
Abstract head
Class
KONJ G KONJ KONJ HeadOrConjunct
Abstract conjunct
Class
KOORD G KOORD KOORD TopologicalField
Abstract The KOORD-field is the field for coordinating particles. In contrast to the PARORD-field, it can optionally occur as the left-most element of all clause types (Telljohann et al. 2009, p. 15)
Class
LK G LK LK TopologicalField
Abstract The Linke Klammer is the position of the finite verb in verb-second and verb-first clauses or a conjunction in verb-final clauses. It consists of exactly one element. (Telljohann et al. 2009)
Class
LV G LV LV TopologicalField
Abstract resumptive construction (Linksversetzung)
Class
MF G MF MF TopologicalField
Abstract Apart from those units which are optionally located in other fields, any non-verbal constituent may occur in the Mittelfeld. It consists of a sequence of any number of constituents. The linear order of the constituents depends on the specific word order principles for German and their interaction. (Telljohann et al. 2009)
Class
MFE G MFE MFE TopologicalField
Abstract middle field between VCE and VC
Class
MOD G MOD MOD Modifier
Abstract amiguous modifier
Class
MOD-MOD G MOD-MOD MOD-MOD Modifier
Abstract modifiers modifying complements or modifiers, e.g. V-MOD = modifier of the verb
Class
MODK G MODK MODK SplitCoordination
Abstract second conjunct (K) in split coordinations, e.g. ONK = second conjunct of a nominative object
Class
NF G NF NF TopologicalField
Abstract final field (Nachfeld)
Class
NX G NX NX Phrase
Abstract noun phrase
Class
OA G OA OA Complement accusative accusative Case OA->accusative hasCase accusative->accusative hasCase OAK OAK SplitCoordination OAK->accusative hasCase
Abstract accusative object
Class
OA-MOD G OA-MOD OA-MOD Modifier
Abstract modifiers modifying complements or modifiers, e.g. V-MOD = modifier of the verb
Class
OA-MODK G OA-MODK OA-MODK SplitCoordination
Abstract second conjunct (K) in split coordinations, e.g. ONK = second conjunct of a nominative object
Class
OADJP G OADJP OADJP Complement
Abstract adjectival object
Class
OADJP-MOD G OADJP-MOD OADJP-MOD Modifier
Abstract modifiers modifying complements or modifiers, e.g. V-MOD = modifier of the verb
Class
OADVP G OADVP OADVP Complement
Abstract adverbial object
Class
OADVP-MOD G OADVP-MOD OADVP-MOD Modifier
Abstract modifiers modifying complements or modifiers, e.g. V-MOD = modifier of the verb
Class
OADVPK G OADVPK OADVPK SplitCoordination
Abstract second conjunct (K) in split coordinations, e.g. ONK = second conjunct of a nominative object
Class
OAK G OAK OAK SplitCoordination accusative accusative Case OAK->accusative hasCase accusative->accusative hasCase OA OA Complement OA->accusative hasCase
Abstract second conjunct (K) in split coordinations, e.g. ONK = second conjunct of a nominative object
Class
OD G OD OD Complement dative dative Case OD->dative hasCase dative->dative hasCase ODK ODK SplitCoordination ODK->dative hasCase
Abstract dative object
Class
OD-MOD G OD-MOD OD-MOD Modifier
Abstract modifiers modifying complements or modifiers, e.g. V-MOD = modifier of the verb
Class
ODK G ODK ODK SplitCoordination dative dative Case ODK->dative hasCase dative->dative hasCase OD OD Complement OD->dative hasCase
Abstract second conjunct (K) in split coordinations, e.g. ONK = second conjunct of a nominative object
Class
OG G OG OG Complement genitive genitive Case OG->genitive hasCase genitive->genitive hasCase
Abstract genitive object
Class
OG-MOD G OG-MOD OG-MOD Modifier
Abstract modifiers modifying complements or modifiers, e.g. V-MOD = modifier of the verb
Class
ON G ON ON Complement nominative nominative Case ON->nominative hasCase nominative->nominative hasCase ES ES StructuralExpletive ES->nominative hasCase first first Person ES->first hasPerson neuter neuter Gender ES->neuter hasGender singular singular Number ES->singular hasNumber first->first hasPerson neuter->neuter hasGender singular->singular hasNumber ONK ONK SplitCoordination ONK->nominative hasCase
Abstract nominative object (i.e. subject; also clausal subjects)
Class
ON-MOD G ON-MOD ON-MOD Modifier
Abstract modifiers modifying complements or modifiers, e.g. V-MOD = modifier of the verb
Class
ONK G ONK ONK SplitCoordination nominative nominative Case ONK->nominative hasCase nominative->nominative hasCase ES ES StructuralExpletive ES->nominative hasCase first first Person ES->first hasPerson neuter neuter Gender ES->neuter hasGender singular singular Number ES->singular hasNumber first->first hasPerson neuter->neuter hasGender singular->singular hasNumber ON ON Complement ON->nominative hasCase
Abstract second conjunct (K) in split coordinations, e.g. ONK = second conjunct of a nominative object
Class
OPP G OPP OPP Complement
Abstract prepositional object
Class
OPP-MOD G OPP-MOD OPP-MOD Modifier
Abstract modifiers modifying complements or modifiers, e.g. V-MOD = modifier of the verb
Class
OPPK G OPPK OPPK SplitCoordination
Abstract second conjunct (K) in split coordinations, e.g. ONK = second conjunct of a nominative object
Class
OS G OS OS Complement
Abstract sentential object
Class
OS-MOD G OS-MOD OS-MOD Modifier
Abstract modifiers modifying complements or modifiers, e.g. V-MOD = modifier of the verb
Class
OSK G OSK OSK SplitCoordination
Abstract second conjunct (K) in split coordinations, e.g. ONK = second conjunct of a nominative object
Class
OV G OV OV Complement
Abstract verbal object
Class
P-SIMPX G P-SIMPX P-SIMPX Root
Abstract paratactic construction of simplex clauses
Class
PARORD G PARORD PARORD TopologicalField
Abstract field for non-coordinating particles
Class
PRED G PRED PRED Complement
Abstract predicate Typically, the complement type PRED (predicate) occurs with verbs like sein, haben, scheinen, aussehen, sich anh?ren, klingen, etc. PRED is annotated, if the following conditions apply: ? if it is not possible to determine the case of the constituent in question properly (e.g. gut in Das ist gut.) ? if the constituent in question actually predicates the subject, i.e. the subject is characterized as having the property expressed by PRED (e.g. in Die Ursache war unklar. Die Ursache is characterized by the property of being unclear) ? raising-verbs (subject without theta-role) ? if als-phrases are selected by the verb they are labeled as PRED (e.g. Unter dem Motto Kino-Extrem agiert der Regisseur als Filmjockey.) (Telljohann et al. 2009, p.87)
Class
PRED-MOD G PRED-MOD PRED-MOD Modifier
Abstract modifiers modifying complements or modifiers, e.g. V-MOD = modifier of the verb
Class
PREDK G PREDK PREDK SplitCoordination
Abstract second conjunct (K) in split coordinations, e.g. ONK = second conjunct of a nominative object
Class
PX G PX PX Phrase
Abstract prepositional phrase
Class
R-SIMPX G R-SIMPX R-SIMPX Root
Abstract relative clause
Class
REFCONTR G REFCONTR REFCONTR SecondaryEdge
Abstract dependency relation between control verb and its complement across clause boundaries.
Class
REFINT G REFINT REFINT SecondaryEdge
Abstract dependency relation between a phrase-internal part and its modifier
Class
REFMOD G REFMOD REFMOD SecondaryEdge
Abstract dependency relation between two ambiguous modifiers
Class
REFVC G REFVC REFVC SecondaryEdge
Abstract dependency relation between two verbal objects in VC
Class
SIMPX G SIMPX SIMPX Root
Abstract simplex clause
Class
V-MOD G V-MOD V-MOD Modifier
Abstract modifiers modifying complements or modifiers, e.g. V-MOD = modifier of the verb
Class
V-MODK G V-MODK V-MODK SplitCoordination
Abstract second conjunct (K) in split coordinations, e.g. ONK = second conjunct of a nominative object
Class
VC G VC VC TopologicalField
Abstract The Verbkomplex is a sequence of verb forms. In verb-second and verb-first clauses it consists of one or more non-finite elements or - depending on the verb - of a separable prefix. In verb-final clauses it also contains the finite verb. The rule for the linear order in general is: right determines left. If there is a finite verb in the verb complex, it is usually the right-most element. (Telljohann et al. 2009)
Class
VCE G VCE VCE TopologicalField
Abstract verb complex with the split finite verb of Ersatzinfinitiv constructions
Class
VF G VF VF TopologicalField
Abstract The Vorfeld consists of only one constituent. Usually it is the subject. But because of the high degree of non-configurationality in German, the subject can also occur in theMittelfeld, thus allowing almost every other constituent to occupy the Vorfeld. (Telljohann et al. 2009, p.15)
Class
VPT G VPT VPT Complement
Abstract separable verb prefix
Class
VXFIN G VXFIN VXFIN Phrase
Abstract finite verb phrase
Class
VXINF G VXINF VXINF Phrase
Abstract non-finite verb phrase
Class
accusative G accusative accusative Case accusative->accusative hasCase OA OA Complement OA->accusative hasCase OAK OAK SplitCoordination OAK->accusative hasCase
Class
dative G dative dative Case dative->dative hasCase OD OD Complement OD->dative hasCase ODK ODK SplitCoordination ODK->dative hasCase
Class
feminine G feminine feminine Gender feminine->feminine hasGender
Class
first G first first Person first->first hasPerson ES ES StructuralExpletive ES->first hasPerson nominative nominative Case ES->nominative hasCase neuter neuter Gender ES->neuter hasGender singular singular Number ES->singular hasNumber nominative->nominative hasCase ON ON Complement ON->nominative hasCase ONK ONK SplitCoordination ONK->nominative hasCase neuter->neuter hasGender singular->singular hasNumber
Class
genitive G genitive genitive Case genitive->genitive hasCase OG OG Complement OG->genitive hasCase
Class
indicative G indicative indicative Mood indicative->indicative hasMood
Class
masculine G masculine masculine Gender masculine->masculine hasGender
Class
neuter G neuter neuter Gender neuter->neuter hasGender ES ES StructuralExpletive ES->neuter hasGender nominative nominative Case ES->nominative hasCase first first Person ES->first hasPerson singular singular Number ES->singular hasNumber nominative->nominative hasCase ON ON Complement ON->nominative hasCase ONK ONK SplitCoordination ONK->nominative hasCase first->first hasPerson singular->singular hasNumber
Abstract gender is always preceded by number, hence disambiguation by filtering for all possible values of number
Class
nominative G nominative nominative Case nominative->nominative hasCase ES ES StructuralExpletive ES->nominative hasCase first first Person ES->first hasPerson neuter neuter Gender ES->neuter hasGender singular singular Number ES->singular hasNumber first->first hasPerson neuter->neuter hasGender singular->singular hasNumber ON ON Complement ON->nominative hasCase ONK ONK SplitCoordination ONK->nominative hasCase
Abstract case is always the first feature (Telljohann et al. 2009, p. 22), disambiguation by position
Class
non-head G non-head non-head HeadOrConjunct
Abstract non-head
Class
past G past past Tense past->past hasTense
Class
plural G plural plural Number plural->plural hasNumber
Class
present G present present Tense present->present hasTense
Abstract tag ambiguous with singular, tense, however, always following mood, disambiguated by combination with all possible mood values
Class
second G second second Person second->second hasPerson
Class
singular G singular singular Number singular->singular hasNumber ES ES StructuralExpletive ES->singular hasNumber nominative nominative Case ES->nominative hasCase first first Person ES->first hasPerson neuter neuter Gender ES->neuter hasGender nominative->nominative hasCase ON ON Complement ON->nominative hasCase ONK ONK SplitCoordination ONK->nominative hasCase first->first hasPerson neuter->neuter hasGender
Abstract tag ambiguous with present (s), ambiguity distributionally resolved: 1) number may stand alone 2) number follows case 3) number follows person
Class
subjunctive G subjunctive subjunctive Mood subjunctive->subjunctive hasMood
Abstract German "Konjunktiv"
Class
third G third third Person third->third hasPerson
Class