πŸ“„
Real-Time Performance Comparison of Vision-Based Autonomous Landing of Quadcopter on a Ground Moving Target paper
⭐ 66.9
πŸ“„
Paper

Real-Time Performance Comparison of Vision-Based Autonomous Landing of Quadcopter on a Ground Moving Target

0058dafc85d84410ec5111835cd9e5b47aff634f
Free2AITools Nexus Index
66.9
S: Semantic 50

Query-time baseline · scored live at search

A: Authority 80
P: Popularity 55
R: Recency 100
Q: Quality 65
Tech Context
Vital Performance —

The tremendous applications of unmanned aerial vehicles (UAVs), such as inspection in complex environments, search, and rescue missions, have established this area of research. The domain of UAVs autonomous navigation and landing has received considerable amount of interest of robotics researchers in the past decades. Nevertheless, the limited capability of UAVs for autonomous landing severely hampers the use of aerial vehicles specially in GPS-denied areas. Fortunately, with the rapid develo...

Source β†’
Semantic Scholar 19 Citations
Paper Information Summary
Entity Passport
Registry ID 0058dafc85d84410ec5111835cd9e5b47aff634f
License ArXiv
Provider semantic_scholar
πŸ“œ

Cite this paper

Academic & Research Attribution

BibTeX 
@misc{0058dafc85d84410ec5111835cd9e5b47aff634f,
  title = {Real-Time Performance Comparison of Vision-Based Autonomous Landing of Quadcopter on a Ground Moving Target Paper},
  howpublished = {\url{https://api.semanticscholar.org/0058dafc85d84410ec5111835cd9e5b47aff634f}},
  note = {Accessed via Free2AITools.}
}
APA Style
Real-Time Performance Comparison of Vision-Based Autonomous Landing of Quadcopter on a Ground Moving Target [Paper]. Free2AITools. https://api.semanticscholar.org/0058dafc85d84410ec5111835cd9e5b47aff634f

πŸ”¬Technical Deep Dive

Full Specifications [+]

βš–οΈ Free2AITools Nexus Index V2.0

Methodology How FNI works
Semantic (S) 50

Query-time baseline · scored live at search

Authority (A) 80
Popularity (P) 55
Recency (R) 100
Quality (Q) 65

πŸ’¬ Index Insight

FNI V2.0 for Real-Time Performance Comparison of Vision-Based Autonomous Landing of Quadcopter on a Ground Moving Target: Authority (A:80), Popularity (P:55), Recency (R:100), Quality (Q:65). Semantic (S) is a query-time baseline scored live at search.

Free2AITools Nexus Index

Data Sources / Provenance

HuggingFace API GitHub Metadata Arxiv Citation DB Methodology
Open data Updated: Live data

πŸ“ Executive Summary

"The tremendous applications of unmanned aerial vehicles (UAVs), such as inspection in complex environments, search, and rescue missions, have established this area of research. The domain of UAVs autonomous navigation and landing has received considerable amount of interest of robotics researchers in the past decades. Nevertheless, the limited capability of UAVs for autonomous landing severely hampers the use of aerial vehicles specially in GPS-denied areas. Fortunately, with the rapid develo..."

❝ Cite Node 

@article{RealTime,
  title={Real-Time Performance Comparison of Vision-Based Autonomous Landing of Quadcopter on a Ground Moving Target},
  note={Indexed by Free2AITools}
}

πŸ”— Full Paper

Free2AITools indexes the abstract and factual metadata for this paper. Read the complete, authoritative paper on the official source.

Read the full paper on arXiv

πŸ“Š Research Signals

πŸ“ˆ19CitationsSemantic Scholar
πŸ›οΈ80AuthorityFNI pillar
⏱️100RecencyFNI pillar
βœ…65QualityFNI pillar
πŸ—‚οΈvision multimediaField
πŸ“¦Data Source: semantic_scholar
πŸ”„ Updated daily

Source summary: Based on semantic_scholar metadata. Not a recommendation.

πŸ“Š FNI Methodology πŸ“š Knowledge Baseℹ️ Verify with original source

πŸ›‘οΈ Paper Transparency Report

Technical metadata sourced from upstream repositories.

Open Metadata

πŸ†” Identity & Source

source
semantic_scholar
author
Unknown
license
ArXiv
tags
paper, research, academic

πŸ“Š Engagement & Metrics

downloads
0
citations
19

Data indexed from public sources. Updated daily.