UAV-Enabled IoT and 6G Communication Framework Analysis

A 62.3 KB dataset containing comparative analysis of UAV-enabled IoT and 6G communication frameworks. The data, authored by M. Rudra Kumar, includes tags related to high data rates, Terahertz communications, and UAV positioning and optimization.

Use Cases

• Analyze the relationship between 'High Data Rates' and 'Xlink Terahertz' parameters for 6G network modeling.
• Model 'UAV Positioning Within' and 'UAV Deployment' strategies to 'Improve Propagation Conditions' in wireless networks.
• Simulate 'Achievable Data Rate' under 'Severe Path Loss' scenarios using 'Reconfigurable Intelligent Surface' and 'Uav Coordination' data.
• Optimize 'Uav Optimization' and 'Assisted Uav Positioning' for 'Enabled Wireless Networks' based on framework comparisons.

Strengths

• Dataset is compact at 62.3 KB, facilitating quick download and initial analysis.
• Includes 20 specific tags detailing key technical aspects like Terahertz communications and UAV parameters.
• Released under a permissive CC BY 4.0 license, allowing for broad reuse and modification.

Limitations

• The dataset is very small (62.3 KB), indicating limited scope and likely containing summary or conceptual data rather than extensive raw measurements.
• No column definitions, sample data, or row counts are provided, making the exact data structure and volume unknown.
• Tags suggest a theoretical or simulation-based analysis, which may lack empirical validation from real-world deployments.

Provenance

Source

figshare, authored by M. Rudra Kumar.

Collection Method

Comparative analysis; specific data collection method is unknown.

Freshness

Last updated March 23, 2026, indicating it is current or forward-looking.