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The use of small X-ray detectors for deep space relative navigation
Patrick T. Doyle
,
Demoz Gebre-Egziabher
, Suneel I. Sheikh
Aerospace Engineering and Mechanics
Research output
:
Chapter in Book/Report/Conference proceeding
›
Conference contribution
5
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Scopus citations
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Dive into the research topics of 'The use of small X-ray detectors for deep space relative navigation'. Together they form a unique fingerprint.
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Keyphrases
Deep Space
100%
X-ray Detectors
100%
Space Relative Navigation
100%
Navigation Solution
75%
Pulsars
50%
Autonomous Operation
50%
Detector System
50%
System Performance
25%
High Performance
25%
Developing Technology
25%
Operating Cost
25%
Scientific Observation
25%
Latency
25%
Autonomous Vehicles
25%
Hardware Complexity
25%
X-ray Navigation
25%
Space Vehicles
25%
Autonomous Navigation
25%
Operational Scenario
25%
Radiotelemetry
25%
Data Communication
25%
Navigation System
25%
X-ray Sources
25%
Network-like
25%
Space Mission
25%
X-ray Irradiation
25%
Relative Navigation
25%
New Alternatives
25%
Global Positioning System
25%
Hardware Algorithm
25%
Pulsation
25%
High Energy Photons
25%
Vehicle Fleet
25%
Large-sized
25%
Vehicle Operation
25%
Pulse Signal
25%
Laboratory Modeling
25%
Operational Aspects
25%
Global Navigation Satellite System
25%
Time Attitudes
25%
Cooperative Observation
25%
Cislunar
25%
Range Rate Measurement
25%
Small Vehicles
25%
Navigability
25%
Semi-autonomous Navigation
25%
Deep Space Network
25%
Small-sized
25%
Engineering
Detector System
100%
Vehicle Operation
50%
NASA
50%
Simulation Tool
50%
Navigation System
50%
Key Parameter
50%
Rate Range
50%
Ray Source
50%
Operational Cost
50%
Space Vehicle
50%
High Photon Energy
50%
Operational Scenario
50%
Systems Performance
50%
Global Positioning System
50%
Physics
X Ray Detector
100%
Deep Space
100%
Spacecraft
75%
Pulsar
75%
Deep Space Network
50%
X Ray
25%
Space Vehicle
25%
X Ray Source
25%
Global Positioning System
25%
Radio Telemetry
25%
Space Mission
25%
Detectors
25%