Knowledge Graph Generation
Knowledge Graphs are getting traction in both academia and in the industry as one of the key elements of AI applications. They are being recognized as an important and essential resource in many downstream tasks such as question answering, recommendation, personal assistants, business analytics, business automation, etc. Even though there are large knowledge graphs built with crowdsourcing such as Wikidata or using semi-structured data such as DBpedia or Yago or from structured data such as relational databases, building knowledge graphs from text corpora still remains an open challenge.
The workshop welcomes a broad range of papers including full research papers, negative results, position papers, dataset, and system demos examining the wide range of issues and processes related to knowledge graphs generation from text corpora including, but not limited to entity linking, relation extraction, knowledge representation, and Semantic Web. Papers on resources (methods, tools, benchmarks, libraries, datasets) are also welcomed.
One best paper will be selected for a prize with an industrial sponsor.
Why attend the Text2KG Workshop?
This workshop aims to bring together researchers from multiple focus areas such as Natural Language Processing (NLP), Entity Linking (EL), Relation Extraction (RE), Knowledge Representation and Reasoning (KRR), Deep Learning (DL), Knowledge Base Construction (KBC), Semantic Web, Linked Data, and other related fields to foster a discussion and enhance the state-of-the-art in knowledge graph generation from text.
The participants will find opportunities to present and hear about other emerging research and applications, to exchange ideas and experiences, and to identify new opportunities for collaborations across disciplines. We plan to involve the many prominent research groups in the Semantic Web community which in the last years focused on the generation of knowledge graphs from textual sources in different fields, such as research data (ORKG, AI-KG, Nanopublications), question answering (ParaQA, NSQA), common sense (CSKG), automotive (CoSI, ASKG), biomedical (Hetionet), and many others.
Themes & Topics
We are interested in (including but not limited to) the following themes and topics that study the generation of Knowledge Graphs from text,
based on quantitative, qualitative, and mixed research methods.
Themes
- Approaches for generating Knowledge Graphs from text
- Ontologies for representing provenance/metadata of generated Knowledge Graphs
- Benchmarks for KG generation from text
- Evaluation methods for KGs generated from text
- Industrial applications involving KGs generation from text
Topics
- Entity and relation extraction
- Entity and relation linking
- Semantic Parsing
- Open Information Extraction
- Deep Learning and Generative approaches
- Human-in-the-loop methods
Important Dates
Paper submissions due: February 28th, 2023 March 15th, 2023 (Extended)
Final decision notification: March 28th, 2023 April 5th, 2023
Camera-ready submissions due: April 11th, 2023 Aprtil 15th, 2023
Workshop: May 28th - June 1, 2023
Submission Instructions
We invite full research papers, negative results, position papers, dataset and system demo papers.
The page limit for the full research papers, negative results and dataset papers is 16 pages excluding references and for the short papers and demos it is 7 pages excluding references.
Submissions must be original and should not have been published previously or be under consideration for publication while being evaluated for this workshop. Submissions will be evaluated by the program committee based on the quality of the work and its fit to the workshop themes.
All submissions are double-blind and a high-resolution PDF of the paper should be uploaded to the EasyChair submission site before the paper submission deadline.
The accepted papers will be presented at the Text2KG workshop integrated with the conference, and they will be published as CEUR proceedings..
All must be submitted and formatted in the style of the CEUR proceedings format.
For details on CEUR style, see CEUR's Author Instruction.
Also see Overleaf Template.
Workshop Schedule
TBA
Registration
TBA
TEXT2KG Collocated Event: First International Biochemical Knowledge Extraction Challenge
To date, most of the structured biochemical information available on the Web is manually
curated, and it is practically impossible to keep pace with the research being constantly
published in scientific articles. Within this challenge, we want to propose a challenge to speed
up and promote research on automatic biochemical knowledge extraction mechanisms by the
Semantic Web scientific community with the aim of increasing the information available on
natural products to promote the development of environmental-friendly products while
increasing the community awareness of the biodiversity value.
Weblink: https://aksw.github.io/bike/
Awards
The first, second, and third best biochemical knowledge extraction methods are going to be awarded as follows:
First Place: EUR 1000
Second Place: EUR 500
Third Place: EUR 250
Keynote Speakers
Heiko Paulheim
University of Mannheim, GermanyOrganizing Committee
Sanju
Tiwari
Universidad Autonoma de Tamaulipas, Mexico
tiwarisanju18@ieee.org
Nandana Mihindukulasooriya
IBM Research, Dublin, Irelandnandana.m@ibm.com
Francesco
Osborne
KMi, The Open University
francesco.osborne@open.ac.uk
Dimitris
Kontokostas
Diffbot, Greece
dimitris@diffbot.com
Jennifer
D’Souza
TIB, Germany
jennifer.dsouza@tib.eu
Mayank
Kejriwal
University of Southern California
mayankkejriwal@utexas.edu
Steering Committee
& Publicity Chair
Amit
Sheth
AIISC, University of South Carolina
amit@sc.edu
Alfio
Gliozzo
IBM Research AI
gliozzo@us.ibm.com
Joey
Yip
AIISC, University of South Carolina
hyip@email.sc.edu
Advisory Committee
|
|---|
Program Committee
|
|---|