Space Missions
Physarum machines for space missions
... future space missions Physarum machines could be used as onboard amorphous computers for route planning and network communication, as well as smart living materials for growing electrical comput- ing ...
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Immersive Robot Control in Virtual Reality to Command Robots in Space Missions
... In future space missions, robots will help astronauts in collaborative teams. However, exploration of far away extraterrestrial sites such as Mars will not be possible in the near future with humans on ...
7
An optimization approach for designing optimal tracking campaigns for low-resources deep-space missions
... ment, space missions beyond the near-Earth environ- ment are still out of the reach of these ...deep-space missions rely on dedicated and ex- tensive networks, near-Earth missions by ...
11
One-chip analog circuits for a new type of plasma wave receiver on board space missions
... This paper proposes a new type of plasma wave receivers for future space missions. It is a spectrum receiver whose analog circuits are implemented inside a small chip. This re- ceiver is based on waveform ...
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Organic Molecules: Is It Possible to Distinguish Aromatics from Aliphatics Collected by Space Missions in High Speed Impacts?
... a space mission where size, mass and power are major ...on space missions and one will soon be sent to the surface of Mars (ESA’s ExoMars rover ...
12
Artificial intelligence for early design of space missions in support of concurrent engineering sessions
... of space missions is an idea already formulated by [4] in a paper describing the early beginnings of concurrent engineering at the NASA Jet Propulsion Lab (JPL) ...
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Model-based Fault Diagnosis and Fault Accommodation for Space Missions : Application to the Rendezvous Phase of the MSR Mission
... European Space Agency (ESA), the industry Thales Alenia Space (TAS) and the IMS laboratory (laboratoire de l’Intégration du Matériau au Système) which aims at developing new generations of integrated ...
258
Design of Efficient Golay Encoder for Deep Space Missions
... The defects with the existing architecture of Binary golay code and the extended golay code have been overcome by the implemented architecture. The structure has been composed and verified utilizing cadence tool. The ...
5
Future role of vitamin C in radiation mitigation and its possible applications in manned deep space missions: survival study and the measurement of cell viability
... Long term manned space missions, may be a few years long, will be planned in a near future. Basic problems such as microgravity and the risk of exposure to high levels of ionizing radia- tion are still ...
6
Potential renovascular hypertension, space missions, and the role of magnesium
... short missions (six months), the mean 24-hour BP is not elevated unless there is hyperten- sion from inhalation of dust in the habitats without adequate protection devices, it seems reasonable to speculate that ...
7
Artificial intelligence for the early design phases of space missions
... of Space Missions Audrey Berquand University of Strathclyde James Weir Building, 75 Montrose Street G1 1XJ Glasgow, UK ...European Space Agency, Noordwijk, The Netherlands ...the space mission ...
20
Towards an artificial intelligence based design engineering assistant for the early design of space missions
... similar missions) Experts underlined that they would often prefer to have access to the original document to better grasp the context of a decision or of a computation ...
11
Advancing EDL Technologies for Future Space Missions: From Ground Testing Facilities to Ablative Heatshields
... complex missions on different planets with a greater level of precision and ...different missions that have landed rovers or landers successfully on ...each missions’ respective landing ellipse ...
198
Long space missions, gene therapy, and the vital role of magnesium: a three-pronged plan for the next 50 years
... a space flight would not be able to metabolize or excrete pharmaceuticals satisfactorily, if the mission was sufficiently ...during space flight, but why this occurs is ...
5
An exploration of the effectiveness of artificial mini-magnetospheres as a potential solar storm shelter for long term human space missions
... Since an analytical approach is not available as a guide, we can take an observational example from comets [51,23], and in particular the AMPTE artificial comet [24]. The data recorded by the spacecraft monitoring the ...
10
An exploration of the effectiveness of artificial mini magnetospheres as a potential solar storm shelter for long term human space missions
... propellants for these systems being hydrogen and other volatile propellants, while for NEP systems, inert gases such as argon and xenon could be used [45 – 47]. If more localised injection of plasma is required toward ...
11
Puzzling features of data from asteroseismology space missions
... original light curve but a few terms of an autoregressive model does it. In short, what is the meaning of the term frequency?.[r] ...
28
Remote Control Station Design and Testing for Tele-Operated Space-Missions
... (right side) and it is linked to the ultrasonic sensors placed in the rear part of the vehic le. It indicates the proximity of obstacles behind the rover, where the ca mera cannot be panned. Despite the fact that a prefe ...
14
Determining Attitude and Position in Deep Space Missions Using X Ray Pulsars
... the majority of these bodies had a fixed, stable radiation and was known as stable stars in the space. Recently, some sources that produce variable very intense electromagnetic waves with various wave lengths have ...
22
Mechanical, thermal, data and power transfer types for robotic space interfaces for orbital and planetary missions - a technical review
... of space and ...Future Space Missions), aims to realize an integrated interface for me- chanical, data, electrical and thermal connectivity that al- lows a reliable, robust and multi-functional ...
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