App to App Retrieval
App-to-app retrieval focuses on efficiently and accurately retrieving relevant information from large datasets, particularly within the context of augmented generation models. Current research emphasizes improving retrieval methods through techniques like contrastive learning, recursive abstractive processing, and the incorporation of derived features or semantic similarity searches, often within hierarchical memory structures. These advancements are crucial for enhancing various applications, including fact-checking, question answering, recommendation systems, and robotics, by enabling more effective use of large language models and multimodal data. The ultimate goal is to create more robust and efficient systems capable of handling increasingly complex information retrieval tasks.
Papers
Learning from Litigation: Graphs and LLMs for Retrieval and Reasoning in eDiscovery
Sounak Lahiri, Sumit Pai, Tim Weninger, Sanmitra Bhattacharya
Transcending Fusion: A Multi-Scale Alignment Method for Remote Sensing Image-Text Retrieval
Rui Yang, Shuang Wang, Yingping Han, Yuanheng Li, Dong Zhao, Dou Quan, Yanhe Guo, Licheng Jiao
A Hybrid Framework with Large Language Models for Rare Disease Phenotyping
Jinge Wu, Hang Dong, Zexi Li, Haowei Wang, Runci Li, Arijit Patra, Chengliang Dai, Waqar Ali, Phil Scordis, Honghan Wu
PIR: Remote Sensing Image-Text Retrieval with Prior Instruction Representation Learning
Jiancheng Pan, Muyuan Ma, Qing Ma, Cong Bai, Shengyong Chen