Kristy Tran
Papers
3
Total Citations
12
H-Index
2
About
Kristy Tran is a leading voice in the future of deep space communications, whose work directly shapes how NASA will connect with its most ambitious missions. Her research centers on the strategic planning, capacity analysis, and architectural evolution of the Deep Space Network (DSN), with a particular focus on integrating hybrid radio-frequency (RF) and free-space optical communication systems. Tran’s most cited paper, “Recommendations Emerging from an Analysis of NASA’s Deep Space Communications Capacity” (2019, 7 citations), provides critical insights into network loading and resource allocation, directly informing operational strategies for upcoming interplanetary endeavors. She is also a key contributor to the technology demonstration of free-space optical communication at interplanetary distances—a breakthrough that promises to “pave the way” for high-bandwidth links on future robotic and human missions. Her 2016 study on hybrid RF-optical network loading simulations (3 citations) and her 2024 analysis of future mission trends (2 citations) further cement her role as a forward-thinking architect of the DSN. For students and researchers, Tran’s work exemplifies how rigorous systems analysis can enable the next generation of deep-space exploration.
Research Focus
Key Achievements
Top Papers
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