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Paper

Incident detection using data from social media

by Independent / Community arxiv-paper--unknown--0264d1bee922d77eae4093a202a2b3320b9cef03
Nexus Index
69.1 Top 100%
S: Semantic 50
A: Authority 84
P: Popularity 60
R: Recency 100
Q: Quality 65
Tech Context
Vital Performance
0 DL / 30D
0.0%
High Impact 0 Citations
2024 Year
ArXiv Venue
- FNI Rank
Paper Information Summary
Entity Passport
Registry ID arxiv-paper--unknown--0264d1bee922d77eae4093a202a2b3320b9cef03
License ArXiv
Provider semantic_scholar
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Cite this paper

Academic & Research Attribution

BibTeX
@misc{arxiv_paper__unknown__0264d1bee922d77eae4093a202a2b3320b9cef03,
  author = {Unknown},
  title = {Incident detection using data from social media Paper},
  year = {2026},
  howpublished = {\url{https://free2aitools.com/paper/arxiv-paper--unknown--0264d1bee922d77eae4093a202a2b3320b9cef03}},
  note = {Accessed via Free2AITools Knowledge Fortress}
}
APA Style
Unknown. (2026). Incident detection using data from social media [Paper]. Free2AITools. https://free2aitools.com/paper/arxiv-paper--unknown--0264d1bee922d77eae4093a202a2b3320b9cef03

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âš–ī¸ Nexus Index V2.0

69.1
TOP 100% SYSTEM IMPACT
Semantic (S) 50
Authority (A) 84
Popularity (P) 60
Recency (R) 100
Quality (Q) 65

đŸ’Ŧ Index Insight

FNI V2.0 for Incident detection using data from social media: Semantic (S:50), Authority (A:84), Popularity (P:60), Recency (R:100), Quality (Q:65).

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📝 Executive Summary

"Technical abstract for this publication is currently being indexed."

❝ Cite Node

@article{Unknown2026Incident,
  title={Incident detection using data from social media},
  author={},
  journal={arXiv preprint arXiv:arxiv-paper--unknown--0264d1bee922d77eae4093a202a2b3320b9cef03},
  year={2026}
}

Abstract & Analysis

Due to the rapid growth of population in the last 20 years, an increased number of instances of heavy recurrent traffic congestion has been observed in cities around the world. This rise in traffic has led to greater numbers of traffic incidents and subsequent growth of non-recurrent congestion. Existing incident detection techniques are limited to the use of sensors in the transportation network. In this paper, we analyze the potential of Twitter for supporting real-time incident detection in the United Kingdom (UK). We present a methodology for retrieving, processing, and classifying public tweets by combining Natural Language Processing (NLP) techniques with a Support Vector Machine algorithm (SVM) for text classification. Our approach can detect traffic related tweets with an accuracy of 88.27%.

đŸ“ĻData Source: semantic_scholar
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AI Summary: Based on semantic_scholar metadata. Not a recommendation.

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Technical metadata sourced from upstream repositories.

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🆔 Identity & Source

id
arxiv-paper--unknown--0264d1bee922d77eae4093a202a2b3320b9cef03
slug
unknown--0264d1bee922d77eae4093a202a2b3320b9cef03
source
semantic_scholar
author
Unknown
license
ArXiv
tags
paper, research, academic

âš™ī¸ Technical Specs

architecture
null
params billions
null
context length
null
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