Performance Assessment of LoRaWAN DtS-IoT Networks: Operation Modes and Server Placement
GL Scapin, G Alvarez, N Quiroga… - 2024 IEEE Biennial …, 2024 - ieeexplore.ieee.org
The number of devices and services implemented on the Internet of Things (IoT) has grown
significantly in recent years, creating the need to extend its reach, especially in areas where …
significantly in recent years, creating the need to extend its reach, especially in areas where …
[PDF][PDF] A DTN system for nanosatellite-based sensor networks using a new ALOHA multiple access with gateway priority
H Bedon, C Miguel, A Fernandez, JS Park - SmartCR, 2013 - researchgate.net
This paper presents and evaluates a new communications architecture to provide services
to terrestrial sensor networks using a space delay-tolerant networking (DTN)–based …
to terrestrial sensor networks using a space delay-tolerant networking (DTN)–based …
Message fragmentation assessment in DTN nanosatellite-based sensor networks
H Bedon, C Miguel, R Alcarria, Á Fernández, FJ Ruiz - Ad Hoc Networks, 2016 - Elsevier
This paper proposes a proactive fragmentation mechanism for an optimal DTN message
transfer. DTN message transfer is presented to give coverage to a terrestrial sensor network …
transfer. DTN message transfer is presented to give coverage to a terrestrial sensor network …
Surrogate modeling with genetic programming applied to satellite communication and ground stations
GD Rodriguez, I Velasquez, D Cachi… - 2012 IEEE Aerospace …, 2012 - ieeexplore.ieee.org
In satellite missions, there are many complex factors requiring complex software or
hardware design; for example: orbital calculation, Doppler shift correction. In optimization …
hardware design; for example: orbital calculation, Doppler shift correction. In optimization …
Contribution to the improvement of communication services in nanosatellite constellations using delay and disruption tolerant networking based architectures
HM Bedón Monzón - 2016 - oa.upm.es
There is currently great interest in developing low-cost small satellites (< 50 Kg) in LEO orbit,
called nanosatellites or CubeSats, first developed by Stanford University and California …
called nanosatellites or CubeSats, first developed by Stanford University and California …
[PDF][PDF] Nanosatellite Store-and-Forward Communication Systems for Remote Data Collection Applications
AC Salces - 2020 - core.ac.uk
Due to compact design, cost-effectiveness and shorter development time, a nanosatellite
constellation is seen as a viable space-based data-relay asset to collect data from remote …
constellation is seen as a viable space-based data-relay asset to collect data from remote …