484010658
03
01
01
JB code
JB
John Benjamins Publishing Company
01
JB code
SLCS 150 Hb
15
9789027259158
06
10.1075/slcs.150
13
2013047822
00
BB
08
860
gr
10
01
JB code
SLCS
02
0165-7763
02
150.00
01
02
Studies in Language Companion Series
Studies in Language Companion Series
01
01
Language Processing and Grammars
The role of functionally oriented computational models
Language Processing and Grammars: The role of functionally oriented computational models
1
B01
01
JB code
36166595
Brian Nolan
Nolan, Brian
Brian
Nolan
Institute of Technology Blanchardstown Dublin
07
https://benjamins.com/catalog/persons/36166595
2
B01
01
JB code
704166594
Carlos Periñán-Pascual
Periñán-Pascual, Carlos
Carlos
Periñán-Pascual
Universidad Politécnica de Valencia
07
https://benjamins.com/catalog/persons/704166594
01
eng
11
402
03
03
vi
03
00
396
03
01
23
006.3/5
03
2014
P98
04
Natural language processing (Computer science)
04
Functionalism (Linguistics)
04
Generative grammar.
04
Computational linguistics.
10
LAN009000
12
CFX
24
JB code
LIN.COMPUT
Computational & corpus linguistics
24
JB code
LIN.FUNCT
Functional linguistics
24
JB code
LIN.SEMAN
Semantics
24
JB code
LIN.SYNTAX
Syntax
24
JB code
TERM.TERM
Terminology
01
06
02
00
This book presents current research on functionally oriented computational models of grammar, language processing and linguistics, concerned with a broadly functional computational linguistics that also contributes to our understanding of languages within a functional and cognitive linguistic, computational research agenda.
03
00
There is a growing awareness of the significance and value that modelling using information technology can bring to the functionally oriented linguistic enterprise. This encompasses a spectrum of areas as diverse as concept modelling, language processing and grammar modelling, conversational agents, and the visualisation of complex linguistic information in a functional linguistic perspective. This edited volume offers a collection of papers dealing with different aspects of computational modelling of language and grammars, within a functional perspective at both the theoretical and application levels. As a result, this volume represents the first instance of contemporary functionally oriented computational treatments of a variety of important language and linguistic issues. This book presents current research on functionally oriented computational models of grammar, language processing and linguistics, concerned with a broadly functional computational linguistics that also contributes to our understanding of languages within a functional and cognitive linguistic, computational research agenda.
01
00
03
01
01
D503
https://benjamins.com/covers/475/slcs.150.png
01
01
D502
https://benjamins.com/covers/475_jpg/9789027259158.jpg
01
01
D504
https://benjamins.com/covers/475_tif/9789027259158.tif
01
01
D503
https://benjamins.com/covers/1200_front/slcs.150.hb.png
01
01
D503
https://benjamins.com/covers/125/slcs.150.png
02
00
03
01
01
D503
https://benjamins.com/covers/1200_back/slcs.150.hb.png
03
00
03
01
01
D503
https://benjamins.com/covers/3d_web/slcs.150.hb.png
01
01
JB code
slcs.150.01per
06
10.1075/slcs.150.01per
1
12
12
Article
1
01
04
Introduction
Introduction
1
A01
01
JB code
88207009
Brian Nolan
Nolan, Brian
Brian
Nolan
07
https://benjamins.com/catalog/persons/88207009
2
A01
01
JB code
315207010
Carlos Periñán-Pascual
Periñán-Pascual, Carlos
Carlos
Periñán-Pascual
07
https://benjamins.com/catalog/persons/315207010
01
eng
01
01
JB code
slcs.150.02may
06
10.1075/slcs.150.02may
13
38
26
Article
2
01
04
From the extraction of continuous features in parallel texts to visual analytics of heterogeneous areal-typological datasets
From the extraction of continuous features in parallel texts to visual analytics of heterogeneous areal-typological datasets
1
A01
01
JB code
740207011
Thomas Mayer
Mayer, Thomas
Thomas
Mayer
Philips University Marburg
07
https://benjamins.com/catalog/persons/740207011
2
A01
01
JB code
794207012
Bernhard Wälchli
Wälchli, Bernhard
Bernhard
Wälchli
Stockholm University
07
https://benjamins.com/catalog/persons/794207012
3
A01
01
JB code
111207013
Christian Rohrdantz
Rohrdantz, Christian
Christian
Rohrdantz
University of Konstanz
07
https://benjamins.com/catalog/persons/111207013
4
A01
01
JB code
138207014
Michael Hund
Hund, Michael
Michael
Hund
University of Konstanz
07
https://benjamins.com/catalog/persons/138207014
01
eng
30
00
The aim of this paper is twofold. First, we show that functionally motivated procedural approaches may help to automatically extract typological features from texts. This idea is illustrated with measuring cross-linguistic variation in the domain of morphological typology based on parallel texts. Second, we demonstrate that the methodology developed in the field of visual analytics allows for detecting patterns or regularities in the automatically extracted features. At the heart of our approach lies an extended sunburst visualization, which enables a cross-comparison of a large number of features within the context of language genealogy and areal information. We provide evidence of the usefulness of the present approach with case studies where the visualizations of the extracted features reveal interesting insights.
01
01
JB code
slcs.150.03leo
06
10.1075/slcs.150.03leo
39
78
40
Article
3
01
04
Lexical-syntactic analysis model of Spanish multi-word expressions
Lexical-syntactic analysis model of Spanish multi-word expressions
1
A01
01
JB code
423207015
Jorge Antonio Leoni de León
Leoni de León, Jorge Antonio
Jorge Antonio
Leoni de León
University of Costa Rica
07
https://benjamins.com/catalog/persons/423207015
01
eng
30
00
In this article we analyze the lexical status and the syntactic phenomena of multi-word expressions. We propose a typology of phraseological units based on our findings and we describe a formal system, called Tsool, which preserves these characteristics and allows their collection and identification (even after complex operations). Tsool was implemented in a prototype called Mulkin.
01
01
JB code
slcs.150.04got
06
10.1075/slcs.150.04got
79
104
26
Article
4
01
04
Three-place predicates in RRG
Three-place predicates in RRG
01
04
A
computational approach
A computational approach
1
A01
01
JB code
274207016
Judith Gottschalk
Gottschalk, Judith
Judith
Gottschalk
Aalborg University, Denmark
07
https://benjamins.com/catalog/persons/274207016
01
eng
30
00
This book chapter presents a computational linguistics analysis of Role and Reference Grammar [RRG] (cf. Van Valin 2005). RRG, formulated as a pseudo-code program is not executable on a random access machine since the linking algorithm cannot account for variable undergoer linking in English three-place predicates. Consequently RRG is not computationally adequate. Therefore a new approach to RRG is developed using Nolan’s (2011) constructional schemas; the RRG semantics-to-syntax linking algorithm is revised, using the lexicon, information structure and constructional schemas to account for variable undergoer linking. A revised approach to the mental lexicon based on Gottschalk (2010) is developed, accounting for three-place predicates. In this approach macroroles are epiphenomenal and replaced by thematic relations to develop a computable account to RRG.
01
01
JB code
slcs.150.05die
06
10.1075/slcs.150.05die
105
142
38
Article
5
01
04
A
Role and Reference Grammar parser cfor German
A Role and Reference Grammar parser
for German
1
A01
01
JB code
750207017
Elke Diedrichsen
Diedrichsen, Elke
Elke
Diedrichsen
Google EU HQ Dublin
07
https://benjamins.com/catalog/persons/750207017
01
eng
30
00
This paper describes the development of a sentence parser for German based on Role and Reference Grammar (RRG). German has a number of characteristics which are very challenging to a computational approach to syntactic processing that is semantically motivated. These include the German sentence structure, which is organised as a “bracket structure”, in which one component of the predicate, mostly the finite verb, is realised in an early position in the sentence and therefore forms the “left bracket”, whereas the more meaningful part of the predicate, mostly the infinite predicate, appears at the end of the sentence and forms the “right bracket”. Inside these brackets, the main information of the sentence is placed in an order that reflects information structure, i.e. the given information precedes the new information inside the bracket. The bracket structure has recurrent formal elements. It therefore provides a formal structuring principle for sentences that is particular for German and serves functions for sentence processing, information structure and turn taking. German has a three-way gender system for nouns. Gender is marked on the article. Tense is marked on the verb. There is an aspectual system in the realisation of perfect in that telic verbs select sein in the perfect, while atelic verbs select haben. The software is developed using Java and will accept an input sentence in German from the user through a Java Swing graphical user interface. The software parses an input sentence into its respective tokens using the Java native string processing capability. Each token is checked against the respective German lexicons (noun, verb, etc.) to determine its lexical category. The morphological markings of the tokens are unpacked for their feature sets. These features are recorded for each token. The lexical entry for the verb is determined and its logical structure is retrieved from the lexicon. The result of the parse displays the populated RRG logical structure and its operators, i.e. tense, aspect etc. A trace of the application of the linking system, in mapping from syntactic clause to semantic representation, is presented.
01
01
JB code
slcs.150.06nol
06
10.1075/slcs.150.06nol
143
164
22
Article
6
01
04
Extending a lexicalist functional grammar through speech acts, constructions and conversational software agents
Extending a lexicalist functional grammar through speech acts, constructions and conversational software agents
1
A01
01
JB code
70207018
Brian Nolan
Nolan, Brian
Brian
Nolan
Institute of Technology Blanchardstown Dublin
07
https://benjamins.com/catalog/persons/70207018
01
eng
30
00
This paper advances a model of conversational agents in a computational framework that builds on the notion of speech act performatives from discourse within a functional model of grammar. We describe the language specific elements of the intelligent conversational agents paradigm and how it can be usefully employed in the modelling of human language in software through use of agent-embedded speech acts. The linguistic model employed is Role and Reference Grammar (RRG). We propose a view in which a conversational agent has ‘internal’ and ‘external’ models to support the speech acts. The internal model of the agent is concerned with the internal state of the agent, based upon the intersection at any given time on the agent’s internal beliefs, desires, and intentions, known as BDI states. The external model of the agent is composed of an interaction model with its world (human and other agent). Importantly, the conversational agent also has a language model in software that is related to its interaction model to support bi-directional communication in human language through speech acts. For this, we employ the RRG model to motivate the design of the language model and use the RRG bi-directional linking system. We present a framework that connects the intelligent conversational agents paradigm to the RRG model of language. This has significance in that it has potential for use with linguistically oriented ontological semantics modelling and as a framework for testing of hypotheses on languages to support claims of adequacy within a functional approach. It also extends the breadth of computational work within RRG.
01
01
JB code
slcs.150.07per
06
10.1075/slcs.150.07per
165
196
32
Article
7
01
04
The
implementation of the CLS constructor in ARTEMIS
The implementation of the CLS constructor in ARTEMIS
1
A01
01
JB code
350207019
Carlos Periñán-Pascual
Periñán-Pascual, Carlos
Carlos
Periñán-Pascual
Universidad Politécnica de Valencia
07
https://benjamins.com/catalog/persons/350207019
2
A01
01
JB code
422207020
Francisco Arcas-Túnez
Arcas-Túnez, Francisco
Francisco
Arcas-Túnez
Universidad Católica San Antonio
07
https://benjamins.com/catalog/persons/422207020
01
eng
30
00
Most natural language processing researchers highlight the benefits of interlingua-based systems in multilingual settings. In this scenario, Role and Reference Grammar can contribute to build a cross-language semantic representation of the input text in terms of its logical structure. Our goal is to describe the various stages in the development of one of the first computational systems which employs a lexico-conceptual knowledge base to generate the logical structure of sentences. Our approach actually involved some changes in the standard functional model in order to convert the logical structure into an ontology-grounded representation of sentential meaning. In fact, we demonstrate that constructional schemata should become the cornerstone of the syntax-semantics interface in this computerized model of Role and Reference Grammar.
01
01
JB code
slcs.150.08oyo
06
10.1075/slcs.150.08oyo
197
232
36
Article
8
01
04
FrameNet and FunGramKB
FrameNet and FunGramKB
01
04
A
comparison of two computational resources for semantic knowledge representation
A comparison of two computational resources for semantic knowledge representation
1
A01
01
JB code
843207021
Alba Luzondo Oyón
Luzondo Oyón, Alba
Alba
Luzondo Oyón
Universidad de La Rioja
07
https://benjamins.com/catalog/persons/843207021
2
A01
01
JB code
471207022
Rocío Jiménez Briones
Jiménez Briones, Rocío
Rocío
Jiménez Briones
Universidad Autónoma de Madrid
07
https://benjamins.com/catalog/persons/471207022
01
eng
30
00
This chapter presents a comparison between FunGramKB, a multipurpose lexico-conceptual base for Natural Language Processing (NLP) systems, and FrameNet, a lexical resource for English whose objective is to document the range of semantic and syntactic combinatory possibilities of each sense of a word. After providing the reader with an overview of the two resources under scrutiny, we address their similarities and differences by focusing on the following issues: (1) methodology; (2) information at the lexical and conceptual levels; (3) relations between frames and concepts; (4) information management; and (5) multilingualism. To illustrate this comparison, we analyze how the verb dry is represented in each project.
01
01
JB code
slcs.150.09gar
06
10.1075/slcs.150.09gar
233
250
18
Article
9
01
04
Exploring the thematic-frame mapping cin FunGramKB
Exploring the thematic-frame mapping
in FunGramKB
1
A01
01
JB code
669207023
Fátima Guerra García
Guerra García, Fátima
Fátima
Guerra García
Instituto de Lingüística Andrés Bello
07
https://benjamins.com/catalog/persons/669207023
2
A01
01
JB code
877207024
Elena Sacramento Lechado
Sacramento Lechado, Elena
Elena
Sacramento Lechado
Universidad de La Laguna
07
https://benjamins.com/catalog/persons/877207024
01
eng
30
00
FunGramKB (Functional Grammar Knowledge Base; Periñán and Arcas 2010a, 2010b; Periñán and Mairal 2010b) has three levels of knowledge representation (i.e. lexical, conceptual and grammatical). Conceptual modelling takes place within the Ontology, whereas the implementation of both the semantic and the constructional information of lexical units belongs to the lexical level. Both processes are designed to be completely independent within the knowledge base. Nevertheless, concept encoding and representation at the level of deep semantics and the semantic definitions of the predicates belonging to the lexicons of different languages are clearly intertwined. The objective of this paper is to analyse how the interaction of deep and shallow semantics takes place within this full-fledged knowledge base.
01
01
JB code
slcs.150.10fel
06
10.1075/slcs.150.10fel
251
270
20
Article
10
01
04
FunGramKB term extractor
FunGramKB term extractor
01
04
A
tool for building terminological ontologies cfrom specialised corpora
A tool for building terminological ontologies
from specialised corpora
1
A01
01
JB code
406207025
Ángel Felices-Lago
Felices-Lago, Ángel
Ángel
Felices-Lago
Universidad de Granada
07
https://benjamins.com/catalog/persons/406207025
2
A01
01
JB code
734207026
Pedro Ureña Gómez-Moreno
Gómez-Moreno, Pedro Ureña
Pedro Ureña
Gómez-Moreno
Universidad de Granada
07
https://benjamins.com/catalog/persons/734207026
01
eng
30
00
Ontological engineering is a relatively young discipline that has nevertheless received considerable attention because of its great potential for application in a number of areas, including Machine Translation, Artificial Intelligence and the Semantic Web. A major field of research of the ontological endeavour concerns the building of specialised ontologies, i.e. concept hierarchies which formalise knowledge from expert areas of human activity such as medicine or law. This chapter focuses on the methodological aspects of the construction of specialised taxonomies in the framework of the FunGramKB knowledge base and in doing so it illustrates the FunGramKB Term Extractor, an innovative corpus-based tool for the semi-automatic extraction of terms.
01
01
JB code
slcs.150.11mar
06
10.1075/slcs.150.11mar
271
296
26
Article
11
01
04
Deep semantic representation cin a domain-specific ontology
Deep semantic representation
in a domain-specific ontology
01
04
Linking EcoLexicon to FunGramKB
Linking EcoLexicon to FunGramKB
1
A01
01
JB code
920207027
Antonio San Martín
San Martín, Antonio
Antonio
San Martín
Universidad de Granada
07
https://benjamins.com/catalog/persons/920207027
2
A01
01
JB code
818207028
Pamela Faber
Faber, Pamela
Pamela
Faber
Universidad de Granada
07
https://benjamins.com/catalog/persons/818207028
01
eng
30
00
EcoLexicon is a frame-based visual thesaurus on the Environment that is gradually evolving towards the status of a formal ontology. For this purpose, the information in its relational database is in the process of being linked to the ontological system of FunGramKB, a multipurpose knowledge base. This enables the explicitation of specialized knowledge as an extension of general knowledge through its representation in the domain-specific satellite ontology of a main general ontology. This paper describes the linking process and more specifically, how the general concepts in FunGramKB can be extended and reused in deep semantic representations in a domain-specific ontology.
01
01
JB code
slcs.150.12san
06
10.1075/slcs.150.12san
297
312
16
Article
12
01
04
A
functional and constructional approach for specialized knowledge resources
A functional and constructional approach for specialized knowledge resources
1
A01
01
JB code
142207029
Beatriz Sánchez Cárdenas
Sánchez Cárdenas, Beatriz
Beatriz
Sánchez Cárdenas
University of Granada
07
https://benjamins.com/catalog/persons/142207029
2
A01
01
JB code
314207030
Pamela Faber
Faber, Pamela
Pamela
Faber
University of Granada
07
https://benjamins.com/catalog/persons/314207030
01
eng
30
00
This paper describes how verbs are represented in EcoLexicon (ecolexicon.ugr.es), a specialized knowledge resource in environmental science. Based on the hypothesis that human cognition organizes concepts in semantic categories (Tranel et al. 2001; H. Damasio et al. 2004), verbs are conceptually structured in lexical domains (Mingorance 1985, 1900, 1995; Faber & Mairal 1999). These domains are based on the premises of the Lexical Grammar Model (Faber & Mairal 1999). Once the members of a lexical domain are specified, the conceptual structure of the domain is mapped out. Semantic categories are thus organized in a tangled hierarchy. The semantic relation of troponymy (Fellbaum 1990; Miller & Fellbaum 1991) determines the hierarchical structure of verbal lexical domains. The third step consists in the design of a lexical template based on the principles of the Lexical Constructional Model (Ruiz de Mendoza & Mairal 2008, Mairal & Ruiz de Mendoza 2009). Each lexical template consists of the following: (a) an Aktionsart module according to Role and Reference Grammar (Van Valin 1993, 2005, Van Valin & LaPolla 1997) in which the actantial structure of verbs is established; (b) a semantic module that specifies the thematic relations (Van Valin 2005), macroroles and types of noun selected by each verb. The French and English verbs of movement in the field of Volcanology are analyzed as an illustration of this method.
01
01
JB code
slcs.150.13mon
06
10.1075/slcs.150.13mon
313
338
26
Article
13
01
04
Applying the lexical constructional model to ontology building
Applying the lexical constructional model to ontology building
1
A01
01
JB code
734207031
Elena Montiel-Ponsoda
Montiel-Ponsoda, Elena
Elena
Montiel-Ponsoda
Universidad Politécnica de Madrid
07
https://benjamins.com/catalog/persons/734207031
2
A01
01
JB code
800207032
Guadalupe Aguado-de-Cea
Aguado-de-Cea, Guadalupe
Guadalupe
Aguado-de-Cea
Universidad Politécnica de Madrid
07
https://benjamins.com/catalog/persons/800207032
01
eng
30
00
Knowledge acquisition strategies based on lexico-syntactic patterns have shown to significantly contribute to the automatic identification of concepts and relations from texts, but have not investigated how to represent that information in ontologies. Since this is one of the most critical steps in ontology building, we propose to establish a correspondence between lexico-syntactic patterns, specifically verbal patterns representing taxonomic and meronymic relations, and their corresponding ontological structures represented by Ontology Design Patterns. In this way, the transformation of linguistic expressions into ontological structures could be automated and it would support domain experts in the development of ontologies. In order to reliably establish this correspondence, we need to dissect the meaning of predicates. For this aim, we rely on the Lexical Constructional Model, as a comprehensive theory of meaning construction. In this contribution we demonstrate how such a model permits to identify the ontological structure(s) that better capture the meaning of predicates in an ontological resource.
01
01
JB code
slcs.150.14gar
06
10.1075/slcs.150.14gar
339
366
28
Article
14
01
04
The
interaction of non-linguistic cand linguistic knowledge in FunGramKB
The interaction of non-linguistic
and linguistic knowledge in FunGramKB
1
A01
01
JB code
652207033
Fátima Guerra García
Guerra García, Fátima
Fátima
Guerra García
Universidad de La Laguna
07
https://benjamins.com/catalog/persons/652207033
01
eng
30
00
This chapter investigates how the non-linguistic knowledge stored in the conceptual level of FunGramKB interacts with the idiosyncratic linguistic knowledge stored in the other two levels, i.e. the lexical and the grammatical levels. It will be argued that the pivotal module of this knowledge base, the Ontology, and the conceptual information stored for the concepts building its taxonomy may be a good source to predict certain aspects of the different lexicalization patterns of the lexical units that lexicalize those concepts and the constructions in which they are subsumed. Consequently, the nature of this work is that of a cross-level analysis. At the same time, this work also analyzes how a verb-framed language like Spanish and a satellite-framed language like English draw different information from the same conceptual base.
01
01
JB code
slcs.150.15iba
06
10.1075/slcs.150.15iba
367
390
24
Article
15
01
04
Low-level situational cognitive models within the Lexical Constructional Model and their computational implementation in FunGramKB
Low-level situational cognitive models within the Lexical Constructional Model and their computational implementation in FunGramKB
1
A01
01
JB code
631207034
Francisco José Ruiz de Mendoza Ibáñez
Ruiz de Mendoza Ibáñez, Francisco José
Francisco José
Ruiz de Mendoza Ibáñez
University of La Rioja
07
https://benjamins.com/catalog/persons/631207034
01
eng
30
00
This paper investigates the notion of low-level situational cognitive model, its role in linguistic description and its possible computational treatment in the knowledge base FunGramKB. Low-level situational models are exploited metonymically to produce situation-based implicatures. When such inferences become stably associated with a formal pattern, they give rise to implicational constructions. Other kinds of construction make use of different kinds of cognitive model. For example, argument-structure constructions are based on high-level non-situational cognitive models. The paper then provides a typology of low-level situational cognitive models, which can be roughly equated with Schank and Abelson’s now classical notion of script. Schank and Abelson’s classification into situational, personal and instrumental scripts is revised and refined to make it include a further division into simple, complex and composite scripts. Simple scripts capture sequences of actions, while complex scripts consist of chained sequences of subscripts and composite scripts are combinations of independent subscripts. Since scripts are cases of procedural knowledge, which is included in the so-called cognicon of FunGramKB, the paper explores the incorporation of this typology into the architecture of this part of the knowledge base. This incorporation is argued to endow the cognicon with greater descriptive parsimony, which results in a more efficient computational implementation. Finally, the paper uses the FunGramKB representation metalanguage COREL as an adequate way of supplying precise descriptions in terms of event structure variables and their sequencing, which turns out to be useful to enhance descriptive adequacy in the linguistic model itself.
01
01
JB code
slcs.150.16ind
06
10.1075/slcs.150.16ind
391
396
6
Miscellaneous
16
01
04
Index
Index
01
eng
01
JB code
JBENJAMINS
John Benjamins Publishing Company
01
01
JB code
JB
John Benjamins Publishing Company
01
https://benjamins.com
02
https://benjamins.com/catalog/slcs.150
Amsterdam
NL
00
John Benjamins Publishing Company
Marketing Department / Karin Plijnaar, Pieter Lamers
onix@benjamins.nl
04
01
00
20140401
C
2014
John Benjamins Publishing Company
D
2014
John Benjamins Publishing Company
02
WORLD
WORLD
US CA MX
09
01
JB
1
John Benjamins Publishing Company
+31 20 6304747
+31 20 6739773
bookorder@benjamins.nl
01
https://benjamins.com
21
48
14
01
00
Unqualified price
02
JB
1
02
99.00
EUR
02
00
Unqualified price
02
83.00
01
Z
0
GBP
GB
US CA MX
01
01
JB
2
John Benjamins Publishing Company
+1 800 562-5666
+1 703 661-1501
benjamins@presswarehouse.com
01
https://benjamins.com
21
48
14
01
00
Unqualified price
02
JB
1
02
149.00
USD
602010659
03
01
01
JB code
JB
John Benjamins Publishing Company
01
JB code
SLCS 150 Eb
15
9789027270641
06
10.1075/slcs.150
00
EA
E107
10
01
JB code
SLCS
02
0165-7763
02
150.00
01
02
Studies in Language Companion Series
Studies in Language Companion Series
11
01
JB code
jbe-all
01
02
Full EBA collection (ca. 4,200 titles)
11
01
JB code
jbe-2015-all
01
02
Complete backlist (3,208 titles, 1967–2015)
05
02
Complete backlist (1967–2015)
11
01
JB code
jbe-2015-linguistics
01
02
Subject collection: Linguistics (2,773 titles, 1967–2015)
05
02
Linguistics (1967–2015)
11
01
JB code
jbe-2015-slcs
01
02
Studies in Language Companion Series (vols. 1–171, 1978–2015)
05
02
SLCS (vols. 1–171, 1978–2015)
01
01
Language Processing and Grammars
The role of functionally oriented computational models
Language Processing and Grammars: The role of functionally oriented computational models
1
B01
01
JB code
36166595
Brian Nolan
Nolan, Brian
Brian
Nolan
Institute of Technology Blanchardstown Dublin
07
https://benjamins.com/catalog/persons/36166595
2
B01
01
JB code
704166594
Carlos Periñán-Pascual
Periñán-Pascual, Carlos
Carlos
Periñán-Pascual
Universidad Politécnica de Valencia
07
https://benjamins.com/catalog/persons/704166594
01
eng
11
402
03
03
vi
03
00
396
03
01
23
006.3/5
03
2014
P98
04
Natural language processing (Computer science)
04
Functionalism (Linguistics)
04
Generative grammar.
04
Computational linguistics.
10
LAN009000
12
CFX
24
JB code
LIN.COMPUT
Computational & corpus linguistics
24
JB code
LIN.FUNCT
Functional linguistics
24
JB code
LIN.SEMAN
Semantics
24
JB code
LIN.SYNTAX
Syntax
24
JB code
TERM.TERM
Terminology
01
06
02
00
This book presents current research on functionally oriented computational models of grammar, language processing and linguistics, concerned with a broadly functional computational linguistics that also contributes to our understanding of languages within a functional and cognitive linguistic, computational research agenda.
03
00
There is a growing awareness of the significance and value that modelling using information technology can bring to the functionally oriented linguistic enterprise. This encompasses a spectrum of areas as diverse as concept modelling, language processing and grammar modelling, conversational agents, and the visualisation of complex linguistic information in a functional linguistic perspective. This edited volume offers a collection of papers dealing with different aspects of computational modelling of language and grammars, within a functional perspective at both the theoretical and application levels. As a result, this volume represents the first instance of contemporary functionally oriented computational treatments of a variety of important language and linguistic issues. This book presents current research on functionally oriented computational models of grammar, language processing and linguistics, concerned with a broadly functional computational linguistics that also contributes to our understanding of languages within a functional and cognitive linguistic, computational research agenda.
01
00
03
01
01
D503
https://benjamins.com/covers/475/slcs.150.png
01
01
D502
https://benjamins.com/covers/475_jpg/9789027259158.jpg
01
01
D504
https://benjamins.com/covers/475_tif/9789027259158.tif
01
01
D503
https://benjamins.com/covers/1200_front/slcs.150.hb.png
01
01
D503
https://benjamins.com/covers/125/slcs.150.png
02
00
03
01
01
D503
https://benjamins.com/covers/1200_back/slcs.150.hb.png
03
00
03
01
01
D503
https://benjamins.com/covers/3d_web/slcs.150.hb.png
01
01
JB code
slcs.150.01per
06
10.1075/slcs.150.01per
1
12
12
Article
1
01
04
Introduction
Introduction
1
A01
01
JB code
88207009
Brian Nolan
Nolan, Brian
Brian
Nolan
07
https://benjamins.com/catalog/persons/88207009
2
A01
01
JB code
315207010
Carlos Periñán-Pascual
Periñán-Pascual, Carlos
Carlos
Periñán-Pascual
07
https://benjamins.com/catalog/persons/315207010
01
eng
01
01
JB code
slcs.150.02may
06
10.1075/slcs.150.02may
13
38
26
Article
2
01
04
From the extraction of continuous features in parallel texts to visual analytics of heterogeneous areal-typological datasets
From the extraction of continuous features in parallel texts to visual analytics of heterogeneous areal-typological datasets
1
A01
01
JB code
740207011
Thomas Mayer
Mayer, Thomas
Thomas
Mayer
Philips University Marburg
07
https://benjamins.com/catalog/persons/740207011
2
A01
01
JB code
794207012
Bernhard Wälchli
Wälchli, Bernhard
Bernhard
Wälchli
Stockholm University
07
https://benjamins.com/catalog/persons/794207012
3
A01
01
JB code
111207013
Christian Rohrdantz
Rohrdantz, Christian
Christian
Rohrdantz
University of Konstanz
07
https://benjamins.com/catalog/persons/111207013
4
A01
01
JB code
138207014
Michael Hund
Hund, Michael
Michael
Hund
University of Konstanz
07
https://benjamins.com/catalog/persons/138207014
01
eng
30
00
The aim of this paper is twofold. First, we show that functionally motivated procedural approaches may help to automatically extract typological features from texts. This idea is illustrated with measuring cross-linguistic variation in the domain of morphological typology based on parallel texts. Second, we demonstrate that the methodology developed in the field of visual analytics allows for detecting patterns or regularities in the automatically extracted features. At the heart of our approach lies an extended sunburst visualization, which enables a cross-comparison of a large number of features within the context of language genealogy and areal information. We provide evidence of the usefulness of the present approach with case studies where the visualizations of the extracted features reveal interesting insights.
01
01
JB code
slcs.150.03leo
06
10.1075/slcs.150.03leo
39
78
40
Article
3
01
04
Lexical-syntactic analysis model of Spanish multi-word expressions
Lexical-syntactic analysis model of Spanish multi-word expressions
1
A01
01
JB code
423207015
Jorge Antonio Leoni de León
Leoni de León, Jorge Antonio
Jorge Antonio
Leoni de León
University of Costa Rica
07
https://benjamins.com/catalog/persons/423207015
01
eng
30
00
In this article we analyze the lexical status and the syntactic phenomena of multi-word expressions. We propose a typology of phraseological units based on our findings and we describe a formal system, called Tsool, which preserves these characteristics and allows their collection and identification (even after complex operations). Tsool was implemented in a prototype called Mulkin.
01
01
JB code
slcs.150.04got
06
10.1075/slcs.150.04got
79
104
26
Article
4
01
04
Three-place predicates in RRG
Three-place predicates in RRG
01
04
A
computational approach
A computational approach
1
A01
01
JB code
274207016
Judith Gottschalk
Gottschalk, Judith
Judith
Gottschalk
Aalborg University, Denmark
07
https://benjamins.com/catalog/persons/274207016
01
eng
30
00
This book chapter presents a computational linguistics analysis of Role and Reference Grammar [RRG] (cf. Van Valin 2005). RRG, formulated as a pseudo-code program is not executable on a random access machine since the linking algorithm cannot account for variable undergoer linking in English three-place predicates. Consequently RRG is not computationally adequate. Therefore a new approach to RRG is developed using Nolan’s (2011) constructional schemas; the RRG semantics-to-syntax linking algorithm is revised, using the lexicon, information structure and constructional schemas to account for variable undergoer linking. A revised approach to the mental lexicon based on Gottschalk (2010) is developed, accounting for three-place predicates. In this approach macroroles are epiphenomenal and replaced by thematic relations to develop a computable account to RRG.
01
01
JB code
slcs.150.05die
06
10.1075/slcs.150.05die
105
142
38
Article
5
01
04
A
Role and Reference Grammar parser cfor German
A Role and Reference Grammar parser
for German
1
A01
01
JB code
750207017
Elke Diedrichsen
Diedrichsen, Elke
Elke
Diedrichsen
Google EU HQ Dublin
07
https://benjamins.com/catalog/persons/750207017
01
eng
30
00
This paper describes the development of a sentence parser for German based on Role and Reference Grammar (RRG). German has a number of characteristics which are very challenging to a computational approach to syntactic processing that is semantically motivated. These include the German sentence structure, which is organised as a “bracket structure”, in which one component of the predicate, mostly the finite verb, is realised in an early position in the sentence and therefore forms the “left bracket”, whereas the more meaningful part of the predicate, mostly the infinite predicate, appears at the end of the sentence and forms the “right bracket”. Inside these brackets, the main information of the sentence is placed in an order that reflects information structure, i.e. the given information precedes the new information inside the bracket. The bracket structure has recurrent formal elements. It therefore provides a formal structuring principle for sentences that is particular for German and serves functions for sentence processing, information structure and turn taking. German has a three-way gender system for nouns. Gender is marked on the article. Tense is marked on the verb. There is an aspectual system in the realisation of perfect in that telic verbs select sein in the perfect, while atelic verbs select haben. The software is developed using Java and will accept an input sentence in German from the user through a Java Swing graphical user interface. The software parses an input sentence into its respective tokens using the Java native string processing capability. Each token is checked against the respective German lexicons (noun, verb, etc.) to determine its lexical category. The morphological markings of the tokens are unpacked for their feature sets. These features are recorded for each token. The lexical entry for the verb is determined and its logical structure is retrieved from the lexicon. The result of the parse displays the populated RRG logical structure and its operators, i.e. tense, aspect etc. A trace of the application of the linking system, in mapping from syntactic clause to semantic representation, is presented.
01
01
JB code
slcs.150.06nol
06
10.1075/slcs.150.06nol
143
164
22
Article
6
01
04
Extending a lexicalist functional grammar through speech acts, constructions and conversational software agents
Extending a lexicalist functional grammar through speech acts, constructions and conversational software agents
1
A01
01
JB code
70207018
Brian Nolan
Nolan, Brian
Brian
Nolan
Institute of Technology Blanchardstown Dublin
07
https://benjamins.com/catalog/persons/70207018
01
eng
30
00
This paper advances a model of conversational agents in a computational framework that builds on the notion of speech act performatives from discourse within a functional model of grammar. We describe the language specific elements of the intelligent conversational agents paradigm and how it can be usefully employed in the modelling of human language in software through use of agent-embedded speech acts. The linguistic model employed is Role and Reference Grammar (RRG). We propose a view in which a conversational agent has ‘internal’ and ‘external’ models to support the speech acts. The internal model of the agent is concerned with the internal state of the agent, based upon the intersection at any given time on the agent’s internal beliefs, desires, and intentions, known as BDI states. The external model of the agent is composed of an interaction model with its world (human and other agent). Importantly, the conversational agent also has a language model in software that is related to its interaction model to support bi-directional communication in human language through speech acts. For this, we employ the RRG model to motivate the design of the language model and use the RRG bi-directional linking system. We present a framework that connects the intelligent conversational agents paradigm to the RRG model of language. This has significance in that it has potential for use with linguistically oriented ontological semantics modelling and as a framework for testing of hypotheses on languages to support claims of adequacy within a functional approach. It also extends the breadth of computational work within RRG.
01
01
JB code
slcs.150.07per
06
10.1075/slcs.150.07per
165
196
32
Article
7
01
04
The
implementation of the CLS constructor in ARTEMIS
The implementation of the CLS constructor in ARTEMIS
1
A01
01
JB code
350207019
Carlos Periñán-Pascual
Periñán-Pascual, Carlos
Carlos
Periñán-Pascual
Universidad Politécnica de Valencia
07
https://benjamins.com/catalog/persons/350207019
2
A01
01
JB code
422207020
Francisco Arcas-Túnez
Arcas-Túnez, Francisco
Francisco
Arcas-Túnez
Universidad Católica San Antonio
07
https://benjamins.com/catalog/persons/422207020
01
eng
30
00
Most natural language processing researchers highlight the benefits of interlingua-based systems in multilingual settings. In this scenario, Role and Reference Grammar can contribute to build a cross-language semantic representation of the input text in terms of its logical structure. Our goal is to describe the various stages in the development of one of the first computational systems which employs a lexico-conceptual knowledge base to generate the logical structure of sentences. Our approach actually involved some changes in the standard functional model in order to convert the logical structure into an ontology-grounded representation of sentential meaning. In fact, we demonstrate that constructional schemata should become the cornerstone of the syntax-semantics interface in this computerized model of Role and Reference Grammar.
01
01
JB code
slcs.150.08oyo
06
10.1075/slcs.150.08oyo
197
232
36
Article
8
01
04
FrameNet and FunGramKB
FrameNet and FunGramKB
01
04
A
comparison of two computational resources for semantic knowledge representation
A comparison of two computational resources for semantic knowledge representation
1
A01
01
JB code
843207021
Alba Luzondo Oyón
Luzondo Oyón, Alba
Alba
Luzondo Oyón
Universidad de La Rioja
07
https://benjamins.com/catalog/persons/843207021
2
A01
01
JB code
471207022
Rocío Jiménez Briones
Jiménez Briones, Rocío
Rocío
Jiménez Briones
Universidad Autónoma de Madrid
07
https://benjamins.com/catalog/persons/471207022
01
eng
30
00
This chapter presents a comparison between FunGramKB, a multipurpose lexico-conceptual base for Natural Language Processing (NLP) systems, and FrameNet, a lexical resource for English whose objective is to document the range of semantic and syntactic combinatory possibilities of each sense of a word. After providing the reader with an overview of the two resources under scrutiny, we address their similarities and differences by focusing on the following issues: (1) methodology; (2) information at the lexical and conceptual levels; (3) relations between frames and concepts; (4) information management; and (5) multilingualism. To illustrate this comparison, we analyze how the verb dry is represented in each project.
01
01
JB code
slcs.150.09gar
06
10.1075/slcs.150.09gar
233
250
18
Article
9
01
04
Exploring the thematic-frame mapping cin FunGramKB
Exploring the thematic-frame mapping
in FunGramKB
1
A01
01
JB code
669207023
Fátima Guerra García
Guerra García, Fátima
Fátima
Guerra García
Instituto de Lingüística Andrés Bello
07
https://benjamins.com/catalog/persons/669207023
2
A01
01
JB code
877207024
Elena Sacramento Lechado
Sacramento Lechado, Elena
Elena
Sacramento Lechado
Universidad de La Laguna
07
https://benjamins.com/catalog/persons/877207024
01
eng
30
00
FunGramKB (Functional Grammar Knowledge Base; Periñán and Arcas 2010a, 2010b; Periñán and Mairal 2010b) has three levels of knowledge representation (i.e. lexical, conceptual and grammatical). Conceptual modelling takes place within the Ontology, whereas the implementation of both the semantic and the constructional information of lexical units belongs to the lexical level. Both processes are designed to be completely independent within the knowledge base. Nevertheless, concept encoding and representation at the level of deep semantics and the semantic definitions of the predicates belonging to the lexicons of different languages are clearly intertwined. The objective of this paper is to analyse how the interaction of deep and shallow semantics takes place within this full-fledged knowledge base.
01
01
JB code
slcs.150.10fel
06
10.1075/slcs.150.10fel
251
270
20
Article
10
01
04
FunGramKB term extractor
FunGramKB term extractor
01
04
A
tool for building terminological ontologies cfrom specialised corpora
A tool for building terminological ontologies
from specialised corpora
1
A01
01
JB code
406207025
Ángel Felices-Lago
Felices-Lago, Ángel
Ángel
Felices-Lago
Universidad de Granada
07
https://benjamins.com/catalog/persons/406207025
2
A01
01
JB code
734207026
Pedro Ureña Gómez-Moreno
Gómez-Moreno, Pedro Ureña
Pedro Ureña
Gómez-Moreno
Universidad de Granada
07
https://benjamins.com/catalog/persons/734207026
01
eng
30
00
Ontological engineering is a relatively young discipline that has nevertheless received considerable attention because of its great potential for application in a number of areas, including Machine Translation, Artificial Intelligence and the Semantic Web. A major field of research of the ontological endeavour concerns the building of specialised ontologies, i.e. concept hierarchies which formalise knowledge from expert areas of human activity such as medicine or law. This chapter focuses on the methodological aspects of the construction of specialised taxonomies in the framework of the FunGramKB knowledge base and in doing so it illustrates the FunGramKB Term Extractor, an innovative corpus-based tool for the semi-automatic extraction of terms.
01
01
JB code
slcs.150.11mar
06
10.1075/slcs.150.11mar
271
296
26
Article
11
01
04
Deep semantic representation cin a domain-specific ontology
Deep semantic representation
in a domain-specific ontology
01
04
Linking EcoLexicon to FunGramKB
Linking EcoLexicon to FunGramKB
1
A01
01
JB code
920207027
Antonio San Martín
San Martín, Antonio
Antonio
San Martín
Universidad de Granada
07
https://benjamins.com/catalog/persons/920207027
2
A01
01
JB code
818207028
Pamela Faber
Faber, Pamela
Pamela
Faber
Universidad de Granada
07
https://benjamins.com/catalog/persons/818207028
01
eng
30
00
EcoLexicon is a frame-based visual thesaurus on the Environment that is gradually evolving towards the status of a formal ontology. For this purpose, the information in its relational database is in the process of being linked to the ontological system of FunGramKB, a multipurpose knowledge base. This enables the explicitation of specialized knowledge as an extension of general knowledge through its representation in the domain-specific satellite ontology of a main general ontology. This paper describes the linking process and more specifically, how the general concepts in FunGramKB can be extended and reused in deep semantic representations in a domain-specific ontology.
01
01
JB code
slcs.150.12san
06
10.1075/slcs.150.12san
297
312
16
Article
12
01
04
A
functional and constructional approach for specialized knowledge resources
A functional and constructional approach for specialized knowledge resources
1
A01
01
JB code
142207029
Beatriz Sánchez Cárdenas
Sánchez Cárdenas, Beatriz
Beatriz
Sánchez Cárdenas
University of Granada
07
https://benjamins.com/catalog/persons/142207029
2
A01
01
JB code
314207030
Pamela Faber
Faber, Pamela
Pamela
Faber
University of Granada
07
https://benjamins.com/catalog/persons/314207030
01
eng
30
00
This paper describes how verbs are represented in EcoLexicon (ecolexicon.ugr.es), a specialized knowledge resource in environmental science. Based on the hypothesis that human cognition organizes concepts in semantic categories (Tranel et al. 2001; H. Damasio et al. 2004), verbs are conceptually structured in lexical domains (Mingorance 1985, 1900, 1995; Faber & Mairal 1999). These domains are based on the premises of the Lexical Grammar Model (Faber & Mairal 1999). Once the members of a lexical domain are specified, the conceptual structure of the domain is mapped out. Semantic categories are thus organized in a tangled hierarchy. The semantic relation of troponymy (Fellbaum 1990; Miller & Fellbaum 1991) determines the hierarchical structure of verbal lexical domains. The third step consists in the design of a lexical template based on the principles of the Lexical Constructional Model (Ruiz de Mendoza & Mairal 2008, Mairal & Ruiz de Mendoza 2009). Each lexical template consists of the following: (a) an Aktionsart module according to Role and Reference Grammar (Van Valin 1993, 2005, Van Valin & LaPolla 1997) in which the actantial structure of verbs is established; (b) a semantic module that specifies the thematic relations (Van Valin 2005), macroroles and types of noun selected by each verb. The French and English verbs of movement in the field of Volcanology are analyzed as an illustration of this method.
01
01
JB code
slcs.150.13mon
06
10.1075/slcs.150.13mon
313
338
26
Article
13
01
04
Applying the lexical constructional model to ontology building
Applying the lexical constructional model to ontology building
1
A01
01
JB code
734207031
Elena Montiel-Ponsoda
Montiel-Ponsoda, Elena
Elena
Montiel-Ponsoda
Universidad Politécnica de Madrid
07
https://benjamins.com/catalog/persons/734207031
2
A01
01
JB code
800207032
Guadalupe Aguado-de-Cea
Aguado-de-Cea, Guadalupe
Guadalupe
Aguado-de-Cea
Universidad Politécnica de Madrid
07
https://benjamins.com/catalog/persons/800207032
01
eng
30
00
Knowledge acquisition strategies based on lexico-syntactic patterns have shown to significantly contribute to the automatic identification of concepts and relations from texts, but have not investigated how to represent that information in ontologies. Since this is one of the most critical steps in ontology building, we propose to establish a correspondence between lexico-syntactic patterns, specifically verbal patterns representing taxonomic and meronymic relations, and their corresponding ontological structures represented by Ontology Design Patterns. In this way, the transformation of linguistic expressions into ontological structures could be automated and it would support domain experts in the development of ontologies. In order to reliably establish this correspondence, we need to dissect the meaning of predicates. For this aim, we rely on the Lexical Constructional Model, as a comprehensive theory of meaning construction. In this contribution we demonstrate how such a model permits to identify the ontological structure(s) that better capture the meaning of predicates in an ontological resource.
01
01
JB code
slcs.150.14gar
06
10.1075/slcs.150.14gar
339
366
28
Article
14
01
04
The
interaction of non-linguistic cand linguistic knowledge in FunGramKB
The interaction of non-linguistic
and linguistic knowledge in FunGramKB
1
A01
01
JB code
652207033
Fátima Guerra García
Guerra García, Fátima
Fátima
Guerra García
Universidad de La Laguna
07
https://benjamins.com/catalog/persons/652207033
01
eng
30
00
This chapter investigates how the non-linguistic knowledge stored in the conceptual level of FunGramKB interacts with the idiosyncratic linguistic knowledge stored in the other two levels, i.e. the lexical and the grammatical levels. It will be argued that the pivotal module of this knowledge base, the Ontology, and the conceptual information stored for the concepts building its taxonomy may be a good source to predict certain aspects of the different lexicalization patterns of the lexical units that lexicalize those concepts and the constructions in which they are subsumed. Consequently, the nature of this work is that of a cross-level analysis. At the same time, this work also analyzes how a verb-framed language like Spanish and a satellite-framed language like English draw different information from the same conceptual base.
01
01
JB code
slcs.150.15iba
06
10.1075/slcs.150.15iba
367
390
24
Article
15
01
04
Low-level situational cognitive models within the Lexical Constructional Model and their computational implementation in FunGramKB
Low-level situational cognitive models within the Lexical Constructional Model and their computational implementation in FunGramKB
1
A01
01
JB code
631207034
Francisco José Ruiz de Mendoza Ibáñez
Ruiz de Mendoza Ibáñez, Francisco José
Francisco José
Ruiz de Mendoza Ibáñez
University of La Rioja
07
https://benjamins.com/catalog/persons/631207034
01
eng
30
00
This paper investigates the notion of low-level situational cognitive model, its role in linguistic description and its possible computational treatment in the knowledge base FunGramKB. Low-level situational models are exploited metonymically to produce situation-based implicatures. When such inferences become stably associated with a formal pattern, they give rise to implicational constructions. Other kinds of construction make use of different kinds of cognitive model. For example, argument-structure constructions are based on high-level non-situational cognitive models. The paper then provides a typology of low-level situational cognitive models, which can be roughly equated with Schank and Abelson’s now classical notion of script. Schank and Abelson’s classification into situational, personal and instrumental scripts is revised and refined to make it include a further division into simple, complex and composite scripts. Simple scripts capture sequences of actions, while complex scripts consist of chained sequences of subscripts and composite scripts are combinations of independent subscripts. Since scripts are cases of procedural knowledge, which is included in the so-called cognicon of FunGramKB, the paper explores the incorporation of this typology into the architecture of this part of the knowledge base. This incorporation is argued to endow the cognicon with greater descriptive parsimony, which results in a more efficient computational implementation. Finally, the paper uses the FunGramKB representation metalanguage COREL as an adequate way of supplying precise descriptions in terms of event structure variables and their sequencing, which turns out to be useful to enhance descriptive adequacy in the linguistic model itself.
01
01
JB code
slcs.150.16ind
06
10.1075/slcs.150.16ind
391
396
6
Miscellaneous
16
01
04
Index
Index
01
eng
01
JB code
JBENJAMINS
John Benjamins Publishing Company
01
01
JB code
JB
John Benjamins Publishing Company
01
https://benjamins.com
02
https://benjamins.com/catalog/slcs.150
Amsterdam
NL
00
John Benjamins Publishing Company
Marketing Department / Karin Plijnaar, Pieter Lamers
onix@benjamins.nl
04
01
00
20140401
C
2014
John Benjamins Publishing Company
D
2014
John Benjamins Publishing Company
02
WORLD
13
15
9789027259158
WORLD
09
01
JB
3
John Benjamins e-Platform
03
https://jbe-platform.com
29
https://jbe-platform.com/content/books/9789027270641
21
01
00
Unqualified price
02
99.00
EUR
01
00
Unqualified price
02
83.00
GBP
GB
01
00
Unqualified price
02
149.00
USD
935015392
03
01
01
JB code
JB
John Benjamins Publishing Company
01
JB code
SLCS 150 GE
15
9789027270641
06
10.1075/slcs.150
00
EA
E133
10
01
JB code
SLCS
02
JB code
0165-7763
02
150.00
01
02
Studies in Language Companion Series
Studies in Language Companion Series
01
01
Language Processing and Grammars
Language Processing and Grammars
1
B01
01
JB code
36166595
Brian Nolan
Nolan, Brian
Brian
Nolan
Institute of Technology Blanchardstown Dublin
2
B01
01
JB code
704166594
Carlos Periñán-Pascual
Periñán-Pascual, Carlos
Carlos
Periñán-Pascual
Universidad Politécnica de Valencia
01
eng
11
402
03
03
vi
03
00
396
03
24
JB code
LIN.COMPUT
Computational & corpus linguistics
24
JB code
LIN.FUNCT
Functional linguistics
24
JB code
LIN.SEMAN
Semantics
24
JB code
LIN.SYNTAX
Syntax
24
JB code
TERM.TERM
Terminology
10
LAN009000
12
CFX
01
06
02
00
This book presents current research on functionally oriented computational models of grammar, language processing and linguistics, concerned with a broadly functional computational linguistics that also contributes to our understanding of languages within a functional and cognitive linguistic, computational research agenda.
03
00
There is a growing awareness of the significance and value that modelling using information technology can bring to the functionally oriented linguistic enterprise. This encompasses a spectrum of areas as diverse as concept modelling, language processing and grammar modelling, conversational agents, and the visualisation of complex linguistic information in a functional linguistic perspective. This edited volume offers a collection of papers dealing with different aspects of computational modelling of language and grammars, within a functional perspective at both the theoretical and application levels. As a result, this volume represents the first instance of contemporary functionally oriented computational treatments of a variety of important language and linguistic issues. This book presents current research on functionally oriented computational models of grammar, language processing and linguistics, concerned with a broadly functional computational linguistics that also contributes to our understanding of languages within a functional and cognitive linguistic, computational research agenda.
01
00
03
01
01
D503
https://benjamins.com/covers/475/slcs.150.png
01
01
D502
https://benjamins.com/covers/475_jpg/9789027259158.jpg
01
01
D504
https://benjamins.com/covers/475_tif/9789027259158.tif
01
01
D503
https://benjamins.com/covers/1200_front/slcs.150.hb.png
01
01
D503
https://benjamins.com/covers/125/slcs.150.png
02
00
03
01
01
D503
https://benjamins.com/covers/1200_back/slcs.150.hb.png
03
00
03
01
01
D503
https://benjamins.com/covers/3d_web/slcs.150.hb.png
01
01
JB code
slcs.150.01per
06
10.1075/slcs.150.01per
1
12
12
Article
1
01
04
Introduction
Introduction
1
A01
01
JB code
88207009
Brian Nolan
Nolan, Brian
Brian
Nolan
2
A01
01
JB code
315207010
Carlos Periñán-Pascual
Periñán-Pascual, Carlos
Carlos
Periñán-Pascual
01
01
JB code
slcs.150.02may
06
10.1075/slcs.150.02may
13
38
26
Article
2
01
04
From the extraction of continuous features in parallel texts to visual analytics of heterogeneous areal-typological datasets
From the extraction of continuous features in parallel texts to visual analytics of heterogeneous areal-typological datasets
1
A01
01
JB code
740207011
Thomas Mayer
Mayer, Thomas
Thomas
Mayer
Philips University Marburg
2
A01
01
JB code
794207012
Bernhard Wälchli
Wälchli, Bernhard
Bernhard
Wälchli
Stockholm University
3
A01
01
JB code
111207013
Christian Rohrdantz
Rohrdantz, Christian
Christian
Rohrdantz
University of Konstanz
4
A01
01
JB code
138207014
Michael Hund
Hund, Michael
Michael
Hund
University of Konstanz
01
01
JB code
slcs.150.03leo
06
10.1075/slcs.150.03leo
39
78
40
Article
3
01
04
Lexical-syntactic analysis model of Spanish multi-word expressions
Lexical-syntactic analysis model of Spanish multi-word expressions
1
A01
01
JB code
423207015
Jorge Antonio Leoni de León
Leoni de León, Jorge Antonio
Jorge Antonio
Leoni de León
University of Costa Rica
01
01
JB code
slcs.150.04got
06
10.1075/slcs.150.04got
79
104
26
Article
4
01
04
Three-place predicates in RRG
Three-place predicates in RRG
01
04
A
computational approach
A computational approach
1
A01
01
JB code
274207016
Judith Gottschalk
Gottschalk, Judith
Judith
Gottschalk
Aalborg University, Denmark
01
01
JB code
slcs.150.05die
06
10.1075/slcs.150.05die
105
142
38
Article
5
01
04
A
Role and Reference Grammar parser cfor German
A Role and Reference Grammar parser
for German
1
A01
01
JB code
750207017
Elke Diedrichsen
Diedrichsen, Elke
Elke
Diedrichsen
Google EU HQ Dublin
01
01
JB code
slcs.150.06nol
06
10.1075/slcs.150.06nol
143
164
22
Article
6
01
04
Extending a lexicalist functional grammar through speech acts, constructions and conversational software agents
Extending a lexicalist functional grammar through speech acts, constructions and conversational software agents
1
A01
01
JB code
70207018
Brian Nolan
Nolan, Brian
Brian
Nolan
Institute of Technology Blanchardstown Dublin
01
01
JB code
slcs.150.07per
06
10.1075/slcs.150.07per
165
196
32
Article
7
01
04
The
implementation of the CLS constructor in ARTEMIS
The implementation of the CLS constructor in ARTEMIS
1
A01
01
JB code
350207019
Carlos Periñán-Pascual
Periñán-Pascual, Carlos
Carlos
Periñán-Pascual
Universidad Politécnica de Valencia
2
A01
01
JB code
422207020
Francisco Arcas-Túnez
Arcas-Túnez, Francisco
Francisco
Arcas-Túnez
Universidad Católica San Antonio
01
01
JB code
slcs.150.08oyo
06
10.1075/slcs.150.08oyo
197
232
36
Article
8
01
04
FrameNet and FunGramKB
FrameNet and FunGramKB
01
04
A
comparison of two computational resources for semantic knowledge representation
A comparison of two computational resources for semantic knowledge representation
1
A01
01
JB code
843207021
Alba Luzondo Oyón
Luzondo Oyón, Alba
Alba
Luzondo Oyón
Universidad de La Rioja
2
A01
01
JB code
471207022
Rocío Jiménez Briones
Jiménez Briones, Rocío
Rocío
Jiménez Briones
Universidad Autónoma de Madrid
01
01
JB code
slcs.150.09gar
06
10.1075/slcs.150.09gar
233
250
18
Article
9
01
04
Exploring the thematic-frame mapping cin FunGramKB
Exploring the thematic-frame mapping
in FunGramKB
1
A01
01
JB code
669207023
Fátima Guerra García
Guerra García, Fátima
Fátima
Guerra García
Instituto de Lingüística Andrés Bello
2
A01
01
JB code
877207024
Elena Sacramento Lechado
Sacramento Lechado, Elena
Elena
Sacramento Lechado
Universidad de La Laguna
01
01
JB code
slcs.150.10fel
06
10.1075/slcs.150.10fel
251
270
20
Article
10
01
04
FunGramKB term extractor
FunGramKB term extractor
01
04
A
tool for building terminological ontologies cfrom specialised corpora
A tool for building terminological ontologies
from specialised corpora
1
A01
01
JB code
406207025
Ángel Felices-Lago
Felices-Lago, Ángel
Ángel
Felices-Lago
Universidad de Granada
2
A01
01
JB code
734207026
Pedro Ureña Gómez-Moreno
Gómez-Moreno, Pedro Ureña
Pedro Ureña
Gómez-Moreno
Universidad de Granada
01
01
JB code
slcs.150.11mar
06
10.1075/slcs.150.11mar
271
296
26
Article
11
01
04
Deep semantic representation cin a domain-specific ontology
Deep semantic representation
in a domain-specific ontology
01
04
Linking EcoLexicon to FunGramKB
Linking EcoLexicon to FunGramKB
1
A01
01
JB code
920207027
Antonio San Martín
San Martín, Antonio
Antonio
San Martín
Universidad de Granada
2
A01
01
JB code
818207028
Pamela Faber
Faber, Pamela
Pamela
Faber
Universidad de Granada
01
01
JB code
slcs.150.12san
06
10.1075/slcs.150.12san
297
312
16
Article
12
01
04
A
functional and constructional approach for specialized knowledge resources
A functional and constructional approach for specialized knowledge resources
1
A01
01
JB code
142207029
Beatriz Sánchez Cárdenas
Sánchez Cárdenas, Beatriz
Beatriz
Sánchez Cárdenas
University of Granada
2
A01
01
JB code
314207030
Pamela Faber
Faber, Pamela
Pamela
Faber
University of Granada
01
01
JB code
slcs.150.13mon
06
10.1075/slcs.150.13mon
313
338
26
Article
13
01
04
Applying the lexical constructional model to ontology building
Applying the lexical constructional model to ontology building
1
A01
01
JB code
734207031
Elena Montiel-Ponsoda
Montiel-Ponsoda, Elena
Elena
Montiel-Ponsoda
Universidad Politécnica de Madrid
2
A01
01
JB code
800207032
Guadalupe Aguado-de-Cea
Aguado-de-Cea, Guadalupe
Guadalupe
Aguado-de-Cea
Universidad Politécnica de Madrid
01
01
JB code
slcs.150.14gar
06
10.1075/slcs.150.14gar
339
366
28
Article
14
01
04
The
interaction of non-linguistic cand linguistic knowledge in FunGramKB
The interaction of non-linguistic
and linguistic knowledge in FunGramKB
1
A01
01
JB code
652207033
Fátima Guerra García
Guerra García, Fátima
Fátima
Guerra García
Universidad de La Laguna
01
01
JB code
slcs.150.15iba
06
10.1075/slcs.150.15iba
367
390
24
Article
15
01
04
Low-level situational cognitive models within the Lexical Constructional Model and their computational implementation in FunGramKB
Low-level situational cognitive models within the Lexical Constructional Model and their computational implementation in FunGramKB
1
A01
01
JB code
631207034
Francisco José Ruiz de Mendoza Ibáñez
Ruiz de Mendoza Ibáñez, Francisco José
Francisco José
Ruiz de Mendoza Ibáñez
University of La Rioja
01
01
JB code
slcs.150.16ind
06
10.1075/slcs.150.16ind
391
396
6
Miscellaneous
16
01
04
Index
Index
01
JB code
JBENJAMINS
John Benjamins Publishing Company
01
01
JB code
JB
John Benjamins Publishing Company
01
https://benjamins.com
Amsterdam
NL
00
John Benjamins Publishing Company
Marketing Department / Karin Plijnaar, Pieter Lamers
onix@benjamins.nl
04
01
00
20140401
C
2014
John Benjamins Publishing Company
D
2014
John Benjamins Publishing Company
02
WORLD
13
15
9789027259158
WORLD
03
01
JB
17
Google
03
https://play.google.com/store/books
21
01
00
Unqualified price
00
99.00
EUR
01
00
Unqualified price
00
83.00
GBP
01
00
Unqualified price
00
149.00
USD