Papers with ranking model

4 papers
PostAc : A Visual Interactive Search, Exploration, and Analysis Platform for PhD Intensive Job Postings (P19-3)

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Challenge: Employers’ low awareness and interest in attracting PhD graduates means that the term “PhD” is rarely used as a keyword in job advertisements.
Approach: They propose an online platform that makes the job market visible to job seekers by analyzing the key factors that identify what an employer is looking for when they hire a highly skilled researcher.
Outcome: The proposed platform makes visible the geographic location, industry sector, job title, working hours, continuity, and wage of the research intensive jobs.
ComSearch: Equation Searching with Combinatorial Strategy for Solving Math Word Problems with Weak Supervision (2023.eacl-main)

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Challenge: Existing weakly-supervised methods for solving math word problems are expensive and time-consuming.
Approach: They propose a weakly-supervised approach to solve math word problems . they propose 'comsearch' algorithm which compresses the search space by excluding mathematically equivalent equations.
Outcome: The proposed algorithm can compress the search space by excluding mathematically equivalent equations.
Ranking and Sampling in Open-Domain Question Answering (D19-1)

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Challenge: Existing approaches focus on positive paragraphs which contain the answer during training, making it disturbed by similar but irrelevant paragraphs during testing.
Approach: They propose a ranking model leveraging the paragraph-question and the paragraph relevance to compute a confidence score for each paragraph.
Outcome: Experiments on three datasets show that the proposed model advances the state of the art.
Semi-Automatic Construction of Word-Formation Networks (for Polish and Spanish) (L18-1)

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Challenge: a semi-automatic method for the construction of derivational networks is proposed . the proposed method is general enough to be adopted for other languages .
Approach: They propose a semi-automatic method for the construction of derivational networks using a sequential pattern mining technique.
Outcome: The proposed method is general enough to be adopted for other languages.

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