Dr. Antoine Serrurier

Research and Project Management of EU fp7 funded RASimAS project.

•Developed an original method for 3D growth anatomical modelling from in vivo medical images of the fetus by developing techniques at the interface between image processing, medical engineering and computer graphics for research and industrial purposes •Conducted the project with large autonomy : defined the objectives, initiated collaborations, collected the data, designed and developed the model, wrote publication, followed the project framework • Collaborations with clinicians and industri

• Developed original methods for the automation of 3D reconstructions of the lower limb from biplanar X-rays (EOS system©) and CT scans for clinical routine • High level of team working • Coordinated the SterEOS+ project in the laboratory with industrial collaborations • Supervised one PhD and several engineering and clinical master students • Project conducted in very close collaboration with EOS Imaging, industrial co-inventor of the imaging system with the laboratory

• Conducted original in vivo measurements of the vocal tract while feeding and designed an original feeding articulatory model • Extracted shapes of the vocal tract for human and nonhuman primates from biomedical videos and built anatomical models using Matlab in the context of human evolution • Co-management of the European project Work Package • Collaborations with speech and medical scientists, archaeologists, acousticians

• Conducted in vivo measurements and quantitative analysis of physiological data for the acoustic analysis of nasal sounds by articulatory modelling • Co-supervised bachelor and master students • International academic collaborations with Japan

• Recorded and processed MRI data in the medical environment and built 3D anatomical models of the speech apparatus from MRI in Matlab • Co-supervised bachelor and master students • Collaborations with MRI engineers, phoneticians, biomechanical scientists and medical doctors

• Developed technique for 3D reconstruction of the seabed from video images based on optical flow • Keywords: Image processing, 3D reconstruction, optical flow, regularization techniques, video

• Contributed to the complete reorganisation of the GSM audio architecture on DSP for flexible integration of future multimedia innovations • Development in C and DSP assembler

Signal, Image, Speech, Telecommunication

Signal, Telecommunication, Image, Radar

Telecommunication