Marcelo Cicconet, Ph.D
Dr. Cicconet's early contributions -- while at the Institute of Pure and Applied Mathematics and the Georgia Institute of Technology -- are in Human-Computer Interaction with applications in music. There he developed computer vision and machine learning approaches to analyze audio and video signals, independently and simultaneously, and worked on new interfaces for music production, performance, and education.
At New York University -- first at the Center for Genomics and Systems Biology, and later at the Courant Institute of Mathematical Sciences -- he worked on computational analysis of time-lapse and high-throughput image data, and developed low-level image analysis methods based on wavelets, complex-number voting schemes, and symmetry. He helped releasing a mouse embryo database for cell tracking and division detection as well as a mirror-symmetry database for the development of symmetry detection algorithms.
At the Image and Data Analysis Core, Harvard Medical School, Dr. Cicconet continues to apply CV and ML techniques to help biology researchers with various image analysis tasks (such as segmentation, tracking, registration, and morphology analysis), both in 2D and 3D, light and electron microscopy. He also continues to release software and databases to the community (e.g. for nuclei segmentation and image near-duplicate identification).
His technical and scientific work appears in a number of software libraries and peer-reviewed publications, some of which can be accessed via the 'science' and 'tech' tabs above -- or via Google Scholar and GitHub.