A one-phase neural-network approach for image extraction that simplifies processes by integrating bounding box selection and object recognition, showcasing high accuracy with methods like fast-RNN, faster-R-CNN, RetinaNet, and Yolo.
This solution leverages a one-phase neural-network approach to streamline image extraction processes. By integrating bounding box selection and object recognition into a single phase, it addresses challenges in traditional two-phase methods. Recent advancements such as fast-RNN, faster-R-CNN, RetinaNet, and Yolo have demonstrated significant improvements in accuracy and efficiency, making this approach highly effective for tasks involving complex image and video data.
Key features:
This image extraction technology is at TRL 6, indicating it has been demonstrated in relevant environments and is undergoing further validation through data collection, model building, and hyperparameter optimization to ensure readiness for broader applications.
California Polytechnic State University (Cal Poly) is a comprehensive public polytechnic in San Luis Obispo known for applied learning and industry-relevant research. Facilities include extensive maker and prototyping spaces, pilot-scale labs for product and process development, and an on-campus research park that co-locates companies with faculty and students. Partnerships grow through sponsored senior design, internships, and capstone collaborations, reinforced by Learn by Doing and a Central Coast location between the Bay Area and Southern California. Research is supported by competitive federal and state funding, including the National Science Foundation and the U.S. Department of Agriculture, plus corporate contracts. A dedicated technology transfer office and entrepreneurship programs guide IP, licensing, and incubation.