LoRa and IoT communications
Experimental evaluation of long-range wireless links, frame error rate (FER), signal-to-noise ratio (SNR), and transmission redundancy.
Scientific work
Research & Publications
My research focuses on reliable and efficient wireless communication, IoT systems, data-driven methods and experimental validation.
Research topics
Adaptive transmission
Data-driven approaches to reducing unnecessary transmissions and selecting communication parameters according to network conditions.
Physical experimentation
Hardware-based IoT prototypes and laboratory measurements that connect mathematical models with real-world wireless performance.
Selected publications
Probabilistic Model & Optimization in Long-Range Networks
Applied Sciences, 2025. Research on probabilistic modeling and optimization in long-range communication networks.
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LoRa redundancy without acknowledgments
Accepted for MobiWac 2026, co-located with MSWiM 2026. Work on FER, SNR, CFO and reliability in LoRa communications.
Conference program ↗IoT-based water monitoring
Publication in Revista Politécnica Aguascalientes, 2023. IoT applications for monitoring and data acquisition.
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Publication descriptions are summaries. Replace the short labels with exact bibliographic titles and DOI links once verified.
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