Add to ORKGThe increasing load on NASA's deep Space Network, the new capabilities for deep space missions inherent in a next-generation radio telescope, and the potential of new telescope technology for reducing construction and operation costs suggest a natural marriage between radio astronomy and deep space telecommunications in developing advanced radio telescope concepts.
Deep Space Network progress in flight project support, tracking and data acquisition research and te...
We have performed a study on telecommunication systems for a hypothetical mission to Mars. The objec...
To enhance NASA's Deep Space Network (DSN), an effort is underway to improve network performance and...
Unique requirements imposed on deep space telecommunications, such as operation at extreme ranges, h...
Projections indicate that in the future the number of NASA's robotic deep space missions is likely t...
With the advent of faster, cheaper planetary missions, the coming decade promises a significant grow...
Some general characteristics of the Deep Space Network are described and related to services needed ...
The National Aeronautics and Space Administration (NASA) supports unmanned space missions through a ...
In the near future the National Aeronautics and Space Administration anticipates a significant incre...
The NASA Deep Space Network operates and maintains the Earth-based two-way communications link for u...
Future planetary campaigns, including human missions, will require data rates difficult to realize b...
Increased Deep Space Network (DPN) receiving capability far beyond that now available for Voyager is...
NASA mission modeling indicates a desire for approximately a tenfold data improvement per decade fro...
The Deep Space Network (DSN) that provides for the communications link between the deep space missio...
In August of 2005, the Mars Reconnaissance Orbiter (MRO) was launched. Its mission is to orbit Mars,...
Deep Space Network progress in flight project support, tracking and data acquisition research and te...
We have performed a study on telecommunication systems for a hypothetical mission to Mars. The objec...
To enhance NASA's Deep Space Network (DSN), an effort is underway to improve network performance and...
Unique requirements imposed on deep space telecommunications, such as operation at extreme ranges, h...
Projections indicate that in the future the number of NASA's robotic deep space missions is likely t...
With the advent of faster, cheaper planetary missions, the coming decade promises a significant grow...
Some general characteristics of the Deep Space Network are described and related to services needed ...
The National Aeronautics and Space Administration (NASA) supports unmanned space missions through a ...
In the near future the National Aeronautics and Space Administration anticipates a significant incre...
The NASA Deep Space Network operates and maintains the Earth-based two-way communications link for u...
Future planetary campaigns, including human missions, will require data rates difficult to realize b...
Increased Deep Space Network (DPN) receiving capability far beyond that now available for Voyager is...
NASA mission modeling indicates a desire for approximately a tenfold data improvement per decade fro...
The Deep Space Network (DSN) that provides for the communications link between the deep space missio...
In August of 2005, the Mars Reconnaissance Orbiter (MRO) was launched. Its mission is to orbit Mars,...
Deep Space Network progress in flight project support, tracking and data acquisition research and te...
We have performed a study on telecommunication systems for a hypothetical mission to Mars. The objec...
To enhance NASA's Deep Space Network (DSN), an effort is underway to improve network performance and...