OMNIRank: Risk Quantification for P2P Platforms with Deep Learning
Honglun Zhang, Haiyang Wang, Xiaming Chen, Yongkun Wang, Yaohui Jin

TL;DR
This paper introduces OMNIRank, a deep learning framework that leverages multi-source heterogeneous data and advanced feature extraction techniques to quantify and rank risks of P2P lending platforms, aiding lenders' decision-making.
Contribution
The paper develops a novel deep learning model, OMNIRank, and a large-scale data collection and processing pipeline for risk assessment of P2P platforms, addressing data heterogeneity and multi-source challenges.
Findings
OMNIRank effectively ranks P2P platforms based on risk levels.
Deep features improve risk quantification accuracy.
Data visualization aids lenders in decision-making.
Abstract
P2P lending presents as an innovative and flexible alternative for conventional lending institutions like banks, where lenders and borrowers directly make transactions and benefit each other without complicated verifications. However, due to lack of specialized laws, delegated monitoring and effective managements, P2P platforms may spawn potential risks, such as withdraw failures, investigation involvements and even runaway bosses, which cause great losses to lenders and are especially serious and notorious in China. Although there are abundant public information and data available on the Internet related to P2P platforms, challenges of multi-sourcing and heterogeneity matter. In this paper, we promote a novel deep learning model, OMNIRank, which comprehends multi-dimensional features of P2P platforms for risk quantification and produces scores for ranking. We first construct a…
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Taxonomy
TopicsScientific Computing and Data Management · Data Visualization and Analytics · Big Data Technologies and Applications
