This paper presents an overview of the research activities undertaken by La Salle and the Ebro Observatory in the field of remote sensing. On 2003 we started a research project with two main objectives: implement a long-haul oblique ionospheric sounder and transmit the data from remote sensors located at the Spanish Antarctic station Juan Carlos I to Spain. The paper focuses on a study of feasibility of two possible physical layer candidates for the skywave link between both points. A DS-SS based solution and an OFDM based solution are considered to achieve a reliable low-power low-rate communication system between Antarctica and Spain
The experience acquired from more than ten years of operation of an Antarctic geomagnetic observato...
The geophysical observatory in the Antarctic Spanish Station Juan Carlos I (ASJI) in Livingston Isla...
In recent years, special attention has been paid, in microwave remote sensing from space, to extend ...
This chapter deals with the difficulties of transmitting data gathered from sensors placedin very re...
La Salle and Ebro Observatory have been involved in remote sensing projects in Antarctica for the la...
La Salle and the Observatori de l’Ebre (OE) have been involved in a remote sensing project in Antarc...
Every year, the number of Internet of Things devices is growing exponentially. The current Internet ...
Our research group in Electromagnetism and Communications is involved in a project dealing with the ...
This paper presents a comparative study between the oblique sounding results, theInternational Telec...
A vertical incidence sounder (VIS) was installed at the Spanish Antarctic Base (62.7°S, 299.6°E) dur...
Aquest treball ha estat realitzat sota el context del projecte Antàrtic del Grup d’Investigació en E...
Observations and communications in the Antarctic region will be greatly developed by using satellite...
The ionosphere provides a channel able for long-haul and Non-Line-Of-Sight (NLOS) communications. No...
The ionosphere provides a channel that is able to propagate electromagnetic waves for long-haul comm...
The geophysical observatory in the Antarctic Spanish Station, Juan Carlos I (ASJI), on Livingston Is...
The experience acquired from more than ten years of operation of an Antarctic geomagnetic observato...
The geophysical observatory in the Antarctic Spanish Station Juan Carlos I (ASJI) in Livingston Isla...
In recent years, special attention has been paid, in microwave remote sensing from space, to extend ...
This chapter deals with the difficulties of transmitting data gathered from sensors placedin very re...
La Salle and Ebro Observatory have been involved in remote sensing projects in Antarctica for the la...
La Salle and the Observatori de l’Ebre (OE) have been involved in a remote sensing project in Antarc...
Every year, the number of Internet of Things devices is growing exponentially. The current Internet ...
Our research group in Electromagnetism and Communications is involved in a project dealing with the ...
This paper presents a comparative study between the oblique sounding results, theInternational Telec...
A vertical incidence sounder (VIS) was installed at the Spanish Antarctic Base (62.7°S, 299.6°E) dur...
Aquest treball ha estat realitzat sota el context del projecte Antàrtic del Grup d’Investigació en E...
Observations and communications in the Antarctic region will be greatly developed by using satellite...
The ionosphere provides a channel able for long-haul and Non-Line-Of-Sight (NLOS) communications. No...
The ionosphere provides a channel that is able to propagate electromagnetic waves for long-haul comm...
The geophysical observatory in the Antarctic Spanish Station, Juan Carlos I (ASJI), on Livingston Is...
The experience acquired from more than ten years of operation of an Antarctic geomagnetic observato...
The geophysical observatory in the Antarctic Spanish Station Juan Carlos I (ASJI) in Livingston Isla...
In recent years, special attention has been paid, in microwave remote sensing from space, to extend ...