Add to ORKGThis paper presents a survey of past and new results of the application of advanced sampling techniques for orbital conjunction analysis and Near Earth Objects impact probability computation. The theoretical background of the methods is presented, along with the results of their applications and a critical discussion of the benefits introduced
Probability of collision (P(sub c)) estimates for Earth-orbiting satellites typically assume a tempo...
Aims. We present an automated system called neoranger that regularly computes asteroid-Earth impact ...
Due to the drastic increase in orbital debris about the Earth, the likelihood for new and current mi...
This paper presents a survey of past and new results of the application of advanced sampling techniq...
Published by Elsevier Ltd. All rights reserved.Three methods for the computation of the probability ...
Three methods for the computation of the probability of collision between two space objects are pres...
The NASA Conjunction Assessment Risk Analysis team has implemented new software to estimate the prob...
This work introduces two Monte Carlo (MC)-based sampling methods, known as line sampling and subset ...
Collisions between Earth orbiting satellites and debris have been a topic of growing concern among s...
In this paper, we describe a method to investigate the statistics of collisions among bodies orbitin...
A high order method to quickly assess the effect that uncertainties produce on orbital conjunctions ...
This work lies in the field of Space Situational Awareness (SSA). Nowadays there is a clear interest...
International audienceThis article provides a new method for computing the probability of collision ...
Probability of collision (P(sub c)) estimates for Earth-orbiting satellites typically assume a tempo...
A method for the computation of the probability of collision between two space object is pre- sent.e...
Probability of collision (P(sub c)) estimates for Earth-orbiting satellites typically assume a tempo...
Aims. We present an automated system called neoranger that regularly computes asteroid-Earth impact ...
Due to the drastic increase in orbital debris about the Earth, the likelihood for new and current mi...
This paper presents a survey of past and new results of the application of advanced sampling techniq...
Published by Elsevier Ltd. All rights reserved.Three methods for the computation of the probability ...
Three methods for the computation of the probability of collision between two space objects are pres...
The NASA Conjunction Assessment Risk Analysis team has implemented new software to estimate the prob...
This work introduces two Monte Carlo (MC)-based sampling methods, known as line sampling and subset ...
Collisions between Earth orbiting satellites and debris have been a topic of growing concern among s...
In this paper, we describe a method to investigate the statistics of collisions among bodies orbitin...
A high order method to quickly assess the effect that uncertainties produce on orbital conjunctions ...
This work lies in the field of Space Situational Awareness (SSA). Nowadays there is a clear interest...
International audienceThis article provides a new method for computing the probability of collision ...
Probability of collision (P(sub c)) estimates for Earth-orbiting satellites typically assume a tempo...
A method for the computation of the probability of collision between two space object is pre- sent.e...
Probability of collision (P(sub c)) estimates for Earth-orbiting satellites typically assume a tempo...
Aims. We present an automated system called neoranger that regularly computes asteroid-Earth impact ...
Due to the drastic increase in orbital debris about the Earth, the likelihood for new and current mi...