Satellite conjunction assessment risk analysis is a subjective enterprise that can benefit from quantitative aids and, to this end, NASA/GSFC has developed a fuzzy logic construct - called the F-value - to attempt to provide a statement of conjunction risk that amalgamates multiple indices and yields a more stable intra-event assessment. This construct has now sustained an extended tuning procedure against heuristic analyst assessment of event risk. The tuning effort has resulted in modifications to the calculation procedure and the adjustment of tuning coefficients, producing a construct with both more predictive force and a better statement of its error
The NASA Conjunction Assessment Risk Analysis (CARA) program has been performing routine on-orbit sa...
Collisions between Earth orbiting satellites and debris have been a topic of growing concern among s...
The NASA Conjunction Assessment Risk Analysis team has implemented new software to estimate the prob...
The manipulation of space object covariances to try to provide additional or improved information to...
An important activity within Space Traffic Management is the detection and prevention of possible on...
A number of different conjunction assessment (CA) risk analysis methods and metrics have been propos...
Classic risk management theory requires the assessment of both likelihood and consequence of deleter...
Satellite conjunction risk typically evaluated through the probability of collision (Pc). Considers ...
The NASA Conjunction Assessment Risk Analysis (CARA) program has been performing routine on-orbit sa...
A number of different conjunction assessment (CA) risk analysis methods and metrics have been propos...
Risk is properly considered as the combination of likelihood and consequence; but conjunction assess...
On-orbit collision risk is becoming an increasing mission risk to all operational satellites in Eart...
Probability of collision (P(sub c)) estimates for Earth-orbiting satellites typically assume a tempo...
This paper shows how satellite owner/operators may use sequential estimates of collision probability...
Collision risk management theory requires a thorough assessment of both the likelihood and consequen...
The NASA Conjunction Assessment Risk Analysis (CARA) program has been performing routine on-orbit sa...
Collisions between Earth orbiting satellites and debris have been a topic of growing concern among s...
The NASA Conjunction Assessment Risk Analysis team has implemented new software to estimate the prob...
The manipulation of space object covariances to try to provide additional or improved information to...
An important activity within Space Traffic Management is the detection and prevention of possible on...
A number of different conjunction assessment (CA) risk analysis methods and metrics have been propos...
Classic risk management theory requires the assessment of both likelihood and consequence of deleter...
Satellite conjunction risk typically evaluated through the probability of collision (Pc). Considers ...
The NASA Conjunction Assessment Risk Analysis (CARA) program has been performing routine on-orbit sa...
A number of different conjunction assessment (CA) risk analysis methods and metrics have been propos...
Risk is properly considered as the combination of likelihood and consequence; but conjunction assess...
On-orbit collision risk is becoming an increasing mission risk to all operational satellites in Eart...
Probability of collision (P(sub c)) estimates for Earth-orbiting satellites typically assume a tempo...
This paper shows how satellite owner/operators may use sequential estimates of collision probability...
Collision risk management theory requires a thorough assessment of both the likelihood and consequen...
The NASA Conjunction Assessment Risk Analysis (CARA) program has been performing routine on-orbit sa...
Collisions between Earth orbiting satellites and debris have been a topic of growing concern among s...
The NASA Conjunction Assessment Risk Analysis team has implemented new software to estimate the prob...