C. B. Sybert
Papers
1
Total Citations
2
H-Index
1
About
C. B. Sybert is a specialist in deep space navigation and orbit determination, with a focused expertise in radio interferometric techniques for planetary approach operations. Their most notable contribution, the 1992 paper "Planetary approach orbit determination using earth-based short and long baseline radio interferometry," provides a rigorous investigation and comparison of delta-Very Long Baseline Interferometry (delta VLBI) and Connected Element Interferometry (CEI) data types. By simulating these data sets alongside conventional two-way Doppler data, Sybert demonstrated how interferometric measurements can significantly enhance approach-phase orbit determination performance—a critical capability for ensuring precise spacecraft targeting during planetary encounters. This work, while cited modestly (2 citations), represents foundational analysis that has informed subsequent deep space navigation strategies. Sybert’s research bridges the gap between theoretical astrodynamics and practical mission support, offering valuable insights for engineers and scientists working on interplanetary trajectory design and navigation system development. Their contributions remain relevant for students and researchers exploring advanced radio metric data types in spaceflight dynamics.
Research Focus
Key Achievements
Top Papers
- 1Planetary approach orbit determination using earth-based short and long baseline radio interferometry2 citations · 1992