2026-10-11T05:47:23Z https://data.mendeley.com/oai

oai:data.mendeley.com/jm58sggtj7.2 2026-07-01T11:30:58Z

Croall, Ruben LoRa Field-Test P2P CAN Telemetry Dataset Mendeley Data This dataset provides real-world packet-level measurements of point-to-point LoRa communication carrying CAN telemetry. It is intended for analysing wireless reliability and communication-performance trade-offs across LoRa configurations and link distances. The measurements span distances from 6.25 m to 100.0 m, spreading factors SF7-SF12, signal bandwidths 62.5/125/250/500 kHz, and effective transmit powers of 2/12/20 dBm. The dataset includes packet-loss indicators, per-configuration PER, RSSI, corrected RSSI, filtered RSSI variants, airtime, timing fields, and energy estimates. Tests were conducted step by step: at each distance point, all configurations were automatically swept with bidirectional REQs and ACKs during testing, then the hardware was reset at each new distance. The experiments use point-to-point LoRa without a LoRaWAN MAC layer. The tested configuration space includes distances from 6.25 m to 100 m, spreading factors SF7–SF12, bandwidths of 62.5, 125, 250, and 500 kHz, and effective transmit powers of 2, 12, and 20 dBm. The dataset includes packet-level records, configuration-level packet-loss statistics, fixed experiment constants, a configuration manifest, and an airtime lookup table. Files: measurements.csv - packet-level measurements. packet_loss_by_config.csv - packet-loss statistics per distance and radio configuration. manifest.csv - configuration-level index with source traceability and timestamp bounds. experiment_constants.csv - fixed experimental constants. airtime_by_sf_bw_payload.csv - airtime lookup table. README.md - dataset documentation and column schema. Related manuscript: Field Performance Analysis and Curated Dataset Development for Bidirectional Controller Area Network Telemetry over LoRa in World Solar Challenge Convoy Environments Notes: SF 11 and 12 not tested at BWs of 62.5, and SF12 not at 125 kHz. Electrical Engineering Energy Engineering Computer Network Computer Science Applications Communication Real-Time System Wireless Communication Mobile Communication Solar Energy Telecommunication Engineering Energy Efficiency Experimental Design Network Performance Evaluation Network Protocol Wireless Sensor Network Cyber-Physical System Embedded System Bus Network Time Series Analysis Data Acquisition Low-Power Signal Processing Network Performance Measurement Internet of Things Vehicular Communication System Bidirectional Transmission Application of Sensors Electric Vehicles Telemetry Renewable Energy System Field Testing Radio Frequency Measurement Olsson, William H. Pohren, Daniel dos S. Roque, Alexandre P. de Freitas, Edison Dataset doi:10.17632/jm58sggtj7.2 oai:data.mendeley.com/jm58sggtj7.2 Creative Commons Attribution 4.0 International http://creativecommons.org/licenses/by/4.0 https://data.mendeley.com/datasets/jm58sggtj7 2026-07-01T11:30:58Z