This paper presents a proposed approach for Ka-band link management for deep space applications using daily weather forecasts and discusses the tools that will be employed for operations. Performance metrics are also presented. The proposed approach will be tested in a two-year experiment campaign
There are satellite communication applications where it is desirable to predict near time (e.g. 2 to...
There are satellite communication applications where it is desirable to predict near time (e.g. 2 to...
Deep space (DS) missions for interplanetary explorations are aimed at acquiring information about th...
This work aims at verifying an innovative approach for link-design optimization of deep-space missio...
The goal of this work is to demonstrate how the use of short-term radio-meteorological forecasts can...
Deep space exploration missions are aimed at acquiring information about the solar system and a sign...
The aim of this paper is to investigate the usability of high-frequency channels for deep-space (DS)...
Abstract — On-going development of Ka-band capability for the Deep Space Networks (DSN) will radical...
This paper aims at improving and assessing a previously developed technique to predict data volume t...
An improved weather-forecast-based link-budget design technique for space-to-Earth links is describe...
This work describes the operative experimentation of a weather-forecast based satellite link-budget ...
This work provides a weather-forecast-based technique (named RadioMetOP) for the stochastic optimiza...
Nowcast and forecast based on realtime data are quite essential for space weather monitoring. We hav...
Deep space exploration is aimed at acquiring information about the solar system. In this scenario, t...
Future missions envisioned for both human and robotic exploration demand increasing communication ca...
There are satellite communication applications where it is desirable to predict near time (e.g. 2 to...
There are satellite communication applications where it is desirable to predict near time (e.g. 2 to...
Deep space (DS) missions for interplanetary explorations are aimed at acquiring information about th...
This work aims at verifying an innovative approach for link-design optimization of deep-space missio...
The goal of this work is to demonstrate how the use of short-term radio-meteorological forecasts can...
Deep space exploration missions are aimed at acquiring information about the solar system and a sign...
The aim of this paper is to investigate the usability of high-frequency channels for deep-space (DS)...
Abstract — On-going development of Ka-band capability for the Deep Space Networks (DSN) will radical...
This paper aims at improving and assessing a previously developed technique to predict data volume t...
An improved weather-forecast-based link-budget design technique for space-to-Earth links is describe...
This work describes the operative experimentation of a weather-forecast based satellite link-budget ...
This work provides a weather-forecast-based technique (named RadioMetOP) for the stochastic optimiza...
Nowcast and forecast based on realtime data are quite essential for space weather monitoring. We hav...
Deep space exploration is aimed at acquiring information about the solar system. In this scenario, t...
Future missions envisioned for both human and robotic exploration demand increasing communication ca...
There are satellite communication applications where it is desirable to predict near time (e.g. 2 to...
There are satellite communication applications where it is desirable to predict near time (e.g. 2 to...
Deep space (DS) missions for interplanetary explorations are aimed at acquiring information about th...