Matching Entities from structured and unstructured sources is an important task in many domains and applications such as HR and E-commerce. For example, in HR platforms/services, it is important to match resumes to job descriptions and job seekers to companies. Similarly in web platforms/services, it is important to match customers to businesses such as hotels and restaurant, among others. In such domains, it is also relevant to match “textual customer reviews” to customers queries, and sentences (or phrases) as answers to customer questions. Recent advances in Natural Language Processing, Natural Language Understanding, Conversational AI, Language Generation, Machine Learning, Deep Learning, Data Management, Information Extraction, Knowledge Bases/Graphs, (MultiSingle Hop/Commonsense) Inference/Reasoning, Recommendation Systems, and others, have demonstrated promising results in different Matching tasks related (but not limited) to the previously mentioned domains. We believe that there is tremendous opportunity to further exploit and explore the use of advanced NLP (and language related) techniques applied to Matching tasks. Therefore, the goal of this workshop is to bring together the research communities (from academia and industry) of these related areas, that are interested in the development and the application of novel natural-language-based approaches/models/systems to address challenges around different Matching tasks.
Find more details in our blog article.
Extracting Structure From Text as Questions, Entities, and Answers
by William W. Cohen from Google Research
Editing Machines: Updating Text with Up-to-date Information
by Sameer Singh from UC Irvine
NLP in Real World Settings: Healthcare & Program Synthesis
by Ndapa Nakashole from UC San Diego
Towards Cost Efficient Use of Pre-Trained Language Models
by Alan Ritter from Georgia Tech
8:30 am
Welcome Message
8:40 am – 9:30 am
Invited Talk 1 (IT1)
Extracting Structure From Text as Questions, Entities, and Answers
by William W. Cohen from Google Research
9:30 am – 10:30 am
Oral Presentations (OP1)
10:30 am – 11 am
Break
11:00 am – 11:50 am
Invited Talk 2 (IT2)
Editing Machines: Updating Text with Up-to-date Information
by Sameer Singh from UC Irvine
11:50 am – 1:00 pm
Poster Session and Lunch
1:00 pm – 1:50 pm
Invited Talk (IT3)
NLP in Real World Settings: Healthcare & Program Synthesis
by Ndapa Nakashole from UC San Diego
1:50pm – 2:40pm
Oral Presentations (OP2)
2:40 pm – 3:30 pm
Invited Talk (IT4)
Towards Cost Efficient Use of Pre-Trained Language Models
by Alan Ritter from Georgia Tech
3:30 pm – 4:00 pm
Break
4:00 pm – 5:30 pm
Panel Discussion
Matching in the Era of Large-language Models: Sorting Out the Good, Bad, and Ugly
Panel: An Hai Doan, Lei Li, Renée Miller, Barbara Plank, and Niket Tandon.
5:30 pm
Closing Remarks
We invite submissions of long and short papers on original and unpublished work that address challenges around the specific task of matching information from heterogeneous sources spanning structured (e.g., databases, resume) and unstructured (e.g., online reviews, job advertisements, social media posts) data. The topics include but are not limited to:
All machine learning, text mining, and natural language processing techniques are welcome. All regular papers and short papers should follow the ACL 2023 style guidelines:
“both long and short papers must follow the ACL 2023 two-column format, using the supplied official style files. The templates can be downloaded in Style Files and Formatting. Please do not modify these style files, nor should you use templates designed for other conferences. Submissions that do not conform to the required styles, including paper size, margin width, and font size restrictions, will be rejected without review.”
The maximum length of a regular paper is 8 pages plus unlimited number of pages for references. The maximum length of a short paper is 4 pages plus unlimited number of pages for references. At least one author of every accepted paper is expected to attend the workshop.
MATCHING is using a hybrid submission process, Authors can submit their papers using the OpenReview platform. Alternatively, authors can also commit papers and reviews from ARR. We allow parallel commitment/submission to the ACL/EACL 2023 conference and our workshop, with the requirement that if the paper is accepted at ACL/EACL 2023, it will be withdrawn from archival publication at the workshop. We ask the authors to notify MATCHING organizers if they have also committed/submitted to ACL/EACL or other workshops.
All accepted short and long papers must be presented as talk/poster/demo at the workshop, depending on the workshop schedule. At least one author of each accepted paper must register for ACL 2023 and attend the workshop.
We will be hosting a mentorship program to facilitate exchange between authors and experts working in areas relevant to the workshop. The goal of this program is to foster collaborations and increase the quality and impact of the submissions. Mentors are expected to guide mentees during the mentorship period as they prepare submissions for this workshop. Their interactions may include an in-depth discussion of related work to ensure submissions are well contextualized, discussions on writing and presentation of the submission, and discussions about possible extensions of the submissions. Mentees are expected to prepare the submissions by February 28, 2023 and contact their assigned mentor. Mentors and mentees are encouraged to dedicate at least 4hrs over the course of the program to maximize the benefits of the program. They can meet virtually within the first week after the mentor-mentee matching is made and set expectations for subsequent meetings. Their efforts should culminate in a final version of the paper that should be submitted by the deadline.
Applications to the mentorship program are due February 28, 2023
Application to be a mentor/mentee: Apply Here
If you have any questions or inquiries regarding the workshop or need further information, please do not hesitate to send an email to matching-workshop@megagon.ai