Lee, K., Jeong, D., Schindler, R., Hlavaty, L., Gross, S., & Short, E.(2018).Tangible Interactive Games for Cognitive Assessment of Young Children: Design and Preliminary Evaluation. Frontiers in Pediatrics, 6(111), 11.
Efficient computational annotation of histologic primitives in the NEPTUNE dataset will enable discovery of structures that reveal molecular mechanisms or are prognostic biomarkers in future studies by consortium investigators. Project will develop and test foundational Apps (tool-box) of the NEPTUNE Digital Pathology-based Analytic hiSto-omicS intErrogation plaTform (NDP- ASSET) for segmentation of normal and pathologic classes of structural primitives
Aims to establish the computerized histologic risk predictor (CHiRP)—an approach that relies solely on computer extracted morphologic measurements from standard H&E tissue slide images to predict early recurrence in early stage non-small-cell lung cancer—as a predictive Affordable Precision Medicine solution.
Establishes the IoT Collaborative, a joint effort between Case Western Reserve University, Cleveland State and the city of Cleveland, to catalyze efforts in the region to bring national research prominence to our region, strengthen our community and neighborhoods, and seize the $6.2 trillion economic opportunity of the Industrial Internet of Things (IoT).