| LoRaWAN Range Extender for Industrial IoT |
Journal |
2019 |
Link |
In this article, an innovative LoRaWAN range extender (based on an enhanced LoRaWAN node) is described, and its integration in the infrastructure of industrial Internet of Things (IIoT)-enabled industrial wireless networks is presented. A frame relay strategy is suggested, thus avoiding to tradeoff the highest data rates against an increased sensitivity. |
| Understanding the Limits of LoRaWAN |
IEEE Magazine |
2016 |
Link |
This article provides an impartial and fair overview of the capabilities and limitations of LoRaWAN. We discuss those in the context of use cases, and list open research and development questions. |
| Smart Home Architecture based on LoRa Wireless Connectivity and LoRaWAN® Networking Protocol |
Proceedings |
2020 |
Link |
The paper presents an smarthome architecture integrating a wireless communication module to communicate with sensors and smart devices (LoRa) |
| Indoor deployment of low-power wide area networks (LPWAN): A LoRaWAN case study |
Proceedings |
2016 |
Link |
In this article, an experimental performance evaluation of LoRaWAN in an indoor environment has been conducted. |
| Analysis of LoRaWAN technology in an Outdoor and an Indoor Scenario in Duisburg-Germany |
Proceedings |
2018 |
Link |
In this study, the behavior of LoRaWAN technology in urban settings in both an indoor and an outdoor scenario was analyzed. |
| LongBee: Enabling Long-Range Cross-Technology Communication |
Proceedings |
2019 |
Link |
The work presents a cross-technology communication technique to extend Zigbee range by oder of x10 |
| IoT Data Compression: Sensor-Agnostic Approach |
Proceedings |
2015 |
Link |
The paper presents a lossy compression algorithm suited for IoT data |
| Lossy Data Compression for IoT Sensors: A Review |
Article |
2022 |
Link |
The article provides a taxonomy for data compression methods for IoT data storage |
| Nephalai: towards LPWAN C-RAN with physical layer compression |
Proceedings |
2020 |
Link |
A compressive sensing based cloud radio access network is proposed, which can improve packet reception rate by ca 70 percent |
| Understanding and Characterizing Transmission Times for Compressed IP packets over LoRaWAN |
Proceedings |
2019 |
Link |
Static Context Header Compression is applied to IP headers, which enables their transmission via LoRaWAN |