삼성전자 종합기술원, Samsung Advanced Institute of TechnologyData Analytics Group / Intelligent Computing Lab / Future IT Research CenterDiagnostic sonography, computer-aided diagnosis, medical image analysis

Performed research into tactile sensation imaging and accompanying algorithms able to to mimic resolution and sensitivity of the human finger and quantify artificial palpation.Conceptualized, developed and tested groundbreaking tactile sensation imaging device that quantifies and displays properties of tumors in soft tissue employing a non-invasive technique.Developed non-rigid image registration algorithm utilizing neighborhood graph and relax optimization technique.Sprearheaded design of novel preoperative and intraoperative image fusion system for lung volume reduction surgery using computer tomography, laser scanner, and non-rigid image registration technique.Exploring the multi-objective statistical Nash game optimization theory.Steered design and development of algorithms to analyze near-infrared hyperspectral images using methods of multivariate analyses, classification and quantitative regression.

삼성전자 종합기술원, Designed, simulated, and evaluated algorithms for ultrasound image segmentation and registration using local phase information and pattern matching technique.

Performed research into high speed packet switching and virtual input queuing matching schemes.

Facilitated research and developed wireless Ad-hoc networking applications for use in search and rescue via guided rats.