Overview
Research Interests: My research interests span several key areas within the realm of biomedical engineering and medical imaging. I specialize in Medical Imaging, Image Processing, Image Analysis, Image Perception, Visual Attention, and Virtual Imaging Trials. My work encompasses the development and application of innovative methodologies to enhance the accuracy, efficiency, and reliability of medical imaging systems.
Education:
- PhD in Biomedical Engineering, University of Houston
- Dissertation Title: Perceptually Relevant Measurements in Tomosynthesis Imaging
Current Focus: Currently, my research is centered on three primary objectives:
- Improving Virtual Imaging Trials Accuracy: I am actively involved in designing more accurate phantoms for virtual imaging trials. By developing realistic digital phantoms that closely mimic human anatomy and pathology, I aim to enhance the accuracy and reliability of virtual imaging trials, thereby contributing to advancements in medical imaging research.
- Enabling Easy Usage of Virtual Scanners: Another aspect of my current focus is to create user-friendly tools and interfaces for virtual scanner simulations. These tools facilitate the seamless and efficient use of virtual scanners, empowering researchers and clinicians to conduct virtual imaging trials with ease and precision.
- Evaluating and Improving Biomarker Accuracy: Additionally, I am engaged in evaluating and improving the accuracy of biomarkers in medical imaging. By leveraging advanced image processing and analysis techniques, I seek to enhance the reliability and predictive value of biomarkers, ultimately aiding in more accurate disease diagnosis and treatment assessment.
Overall, my work is driven by a passion for advancing the field of medical imaging and improving healthcare outcomes through innovative research and technology development.