Risk is properly considered as the combination of likelihood and consequence; but conjunction assessment has usually limited itself to the consideration of only collision likelihood. When considered from an orbital regime protection perspective, the focus shifts to the question of the amount of debris that a collision might produce (the consequence). The present paper presents an operational algorithm for determining the expected amount of debris production should a conjunction result in a collision, and an assessment of the algorithms fidelity against a database of characterized objects
Derelict satellites, rocket bodies, and pieces thereof have been left on orbit. These space debris h...
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...
Collision risk management theory requires a thorough assessment of both the likelihood and consequen...
Classic risk management theory requires the assessment of both likelihood and consequence of deleter...
Risk is properly considered as the combination of likelihood and consequence; but conjunction assess...
An important activity within Space Traffic Management is the detection and prevention of possible on...
On-orbit collision risk is becoming an increasing mission risk to all operational satellites in Eart...
Due to the drastic increase in orbital debris about the Earth, the likelihood for new and current mi...
The rapidly changing space environment motivates new approaches to assess risk in orbit. For new mis...
Space debris represents a significant risk to satellite operations, due to the possibility of damagi...
This paper shows how satellite owner/operators may use sequential estimates of collision probability...
This work lies in the field of Space Situational Awareness (SSA). Nowadays there is a clear interest...
The topic of this thesis is on-board estimation of spacecraft collision probability for orbital rend...
At a time when space debris are already a growing issue in the space sector, the deployment of large...
Derelict satellites, rocket bodies, and pieces thereof have been left on orbit. These space debris h...
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...
Collision risk management theory requires a thorough assessment of both the likelihood and consequen...
Classic risk management theory requires the assessment of both likelihood and consequence of deleter...
Risk is properly considered as the combination of likelihood and consequence; but conjunction assess...
An important activity within Space Traffic Management is the detection and prevention of possible on...
On-orbit collision risk is becoming an increasing mission risk to all operational satellites in Eart...
Due to the drastic increase in orbital debris about the Earth, the likelihood for new and current mi...
The rapidly changing space environment motivates new approaches to assess risk in orbit. For new mis...
Space debris represents a significant risk to satellite operations, due to the possibility of damagi...
This paper shows how satellite owner/operators may use sequential estimates of collision probability...
This work lies in the field of Space Situational Awareness (SSA). Nowadays there is a clear interest...
The topic of this thesis is on-board estimation of spacecraft collision probability for orbital rend...
At a time when space debris are already a growing issue in the space sector, the deployment of large...
Derelict satellites, rocket bodies, and pieces thereof have been left on orbit. These space debris h...
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...