Reliability in LoRaWAN Networks

The Chapter Three focuses on the mathematical models of convex envelopes in LoRaWAN networks. The latter are rarely used for reliability solutions and that is why the development of a new proposal of this type of mathematical modeling will help in the reliability in low power networks, which is part of the LoRa technology and its LoRaWAN protocol that this research proposes. This proposal to be implemented would improve the communication between the nodes, their energy consumption and the delivery of packages. Therefore, LoRa is that type of technology that came to stay and provide new forms of communication between devices or things and the human being. Thus, having a technology that can be trusted is of high importance for these times, since reliability and availability when it comes to demands in certain fields of telecommunications between devices, is essential for this new wave of wireless technology to which we are constantly exposed. Since, it becomes the main complement to understand and know the values to calculate the status of our devices and understand the MTBF, Physical Availability, Failure Rate, Reliability, etc., in order to project future scenarios for the reliability of our electronic equipment. A significant part of the success of maintenance management is due to good information management. All information should be considered important when it comes to reliability in communication networks, especially if this is the information of a telecommunications network such as LoRaWAN, which is being implemented throughout the world due to its versatility for communications.