Florian Dammann

Papers

Total Citations

H-Index

About

Florian Dammann’s research lies at the intersection of computer-assisted surgery, medical image processing, and otologic implantology, with a focused application on the lateral skull base. His major contributions center on developing precise registration and segmentation techniques to enable safer, more accurate surgical navigation. Notably, his 2004 paper “Segmenting the Mastoid: Allocating Space in the Head for a Hearing Aid Implantation” (5 citations) addresses the critical challenge of creating physical space within the mastoid bone for implant placement, a foundational step in minimally invasive hearing restoration. Dammann also advanced automated registration of partially defective surfaces (2003, 3 citations), solving a key problem in aligning preoperative imaging with intraoperative anatomy when surface data is incomplete. His work on improving computer- and robot-assisted surgery through sensory feedback (2004, 2 citations) underscores his commitment to enhancing surgical precision, particularly for connecting electronic hearing implants to receptor tissues. Though his citation counts are modest, Dammann’s contributions are highly specialized and technically rigorous, providing essential building blocks for the field of image-guided otologic surgery. His research exemplifies the meticulous engineering required to translate computational methods into life-changing clinical outcomes for hearing-impaired patients.