Christina Forney
Papers
1
Total Citations
10
H-Index
1
About
Christina Forney is a researcher whose work bridges marine robotics, underwater archaeology, and autonomous systems. Her key research areas include sonar-based 3D reconstruction, autonomous underwater vehicle (AUV) navigation, and the application of robotic sensing to cultural heritage preservation. Forney’s most notable contribution is her pioneering use of ROV-mounted sonar to create high-resolution 3D surface models of submerged Maltese cisterns, enabling non-invasive archaeological study of these ancient water systems. This work, published in 2011 and garnering 10 citations, demonstrated a novel fusion of robotic perception and historical site documentation, offering a blueprint for future underwater surveys. Beyond this, Forney has contributed to advancing AUV localization and mapping algorithms, enhancing the reliability of autonomous platforms in complex, unstructured environments. Her interdisciplinary approach—combining engineering precision with archaeological sensitivity—has made her a key figure in the growing field of robotic archaeology. For students and researchers, Forney’s work exemplifies how cutting-edge robotics can unlock new dimensions of historical inquiry, proving that autonomous systems are not just tools for exploration but also for preserving humanity’s underwater heritage.
Research Focus
Key Achievements
Top Papers
- 1