SIGNLL (pronounce as signal) is the Special Interest Group on Natural Language Learning of the Association for Computational Linguistics (ACL).
The aims and purposes of SIGNLL
Aims
SIGNLL aims to promote research in:
automated acquisition of syntax, morphology and phonology
automated acquisition of semantic / ontological structure
automated acquisition of inter-linguistic correspondences
learning to recognize or produce spoken and written forms
modelling human language acquisition theory and processes
Purview
SIGNLL will foster the application and development of new techniques for the automatic analysis of language, including but not limited to:
case-based, example-based and explanation-based learning
connectionist, statistical and information-theoretic models
inductive, deductive and analytic techniques
clustering and classification procedures
Approaches and Paradigms
SIGNLL emphasizes paradigms which can be exploited automatically:
corpus-based analysis including automated tagging and testing
learning in interactive environments with minimal supervision
automatic preprocessing feeding overtly supervised techniques
unsupervised and naturally / implicitly supervised techniques
Functions and Activities
SIGNLL aims to perform and encourage the following functions and activities:
promotion and development of the field and avenues for publication
provision and coordination of a library of language learning software and data
facilitation of communication between researchers in this field
provision of information about relevant research and resources
development of standard corpora and interface formats for NLL
coordination of the organization of workshops and symposia
liaison with other SIGs, funding organizations, etc.
We invite the submission of papers on all aspects of computational approaches to natural language learning, including, but not limited to:
Development and empirical evaluation of machine learning methods applied to any natural language or speech processing task in supervised, semi-supervised or unsupervised settings (e.g. structured prediction, graphical models, deep learning, relational learning, reinforcement learning, etc.).
Theoretical analyses of learning-based approaches to natural language processing.
Computational models of human language acquisition and processing, models of language evolution and change, and simulation and analysis of psycholinguistic findings.
08月03日
2017
08月04日
2017
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