CAIMIF
Center for Artificial Intelligence in Medicine, Imaging & Forensics
CAIMIF drives AI innovation in medicine, imaging, and forensics through advanced research, training, and global collaboration. Leveraging state-of-the-art facilities and rich medical datasets, the center fosters innovation, training, and global collaborations to shape the future of healthcare and beyond.
About Us
As the world witnesses the unprecedented and exponentially growing impact of Artificial Intelligence on every sphere of human life, the Center for Artificial Intelligence in Medicine, Imaging & Forensics at Sharda University stands poised to lead this transformation. With state-of-the-art computing facilities, cutting-edge infrastructure, and the combined strength of thousands of students and faculty members from all fourteen schools of the university on a single campus, the center enjoys a unique multidisciplinary advantage.
This collaborative environment is further enriched by access to invaluable medical data from the School of Medical Sciences & Research, School of Dental Sciences, and School of Allied Health Sciences, enabling the development of innovative AI-driven solutions in medicine and healthcare.
AI Research Domains
Message from Our Head
Leadership insights from our department head
Dr. Ashok Kumar
Professor and Head Physics
Welcome to our esteemed university! We are dedicated to fostering an environment where innovation thrives, knowledge expands, and students are empowered to achieve their full potential. Our commitment to academic excellence, groundbreaking research, and community engagement remains unwavering. We believe in nurturing holistic development, encouraging critical thinking, and preparing our graduates to be global leaders and responsible citizens. Join us on a journey of discovery and transformation, where your aspirations are our priority.
Publications
Explore our latest research and case studies in AI and medical imaging
Spectral Methods For Generating Artificialy disguised speech dataset for training Ai Based Forensic Acoustic System
In this study a Deep Learning based Siamese Neural Network is trained for determining whether normal and electronically disguised versions have same lineage.
Gender Difference in Brain Connectivity of Healthy Adults Based on Diffusion Tensor Imaging And Functional MRI
In DTI, information about the fastest direction of diffusion in each voxel is used to computationally generate white matter fiber tracts passing through those voxels.
Developement of an AI Based For The Detection of Parkisnson's Disease
Study of pre-existent method , Development of a model for PD diagnosis ,Using Voxel Based Morphometry (VBM) for studying brains of people affected with PD ,Study of Resting State Networks from fMRIs.
AI in Medical Imaging Doctor's 3rd eye
Develop 3D CNN models for 3D medical image analysis Study and implement the effect of patches in image classification and segmentation
Using Spectrogram Grid for Artificial Intelligence Based Melody Contour Determination
Melody extraction is an important area of research.AI provides powerful means for automated melody extraction.Indian classical music forms a special grid-like structure which is not seen in western music. Melody in Indian Classical Music moves on this grid created by drone and rhythm. Acoustic signal processing using spectrogram grid combined with AI techniques may provide a powerful melody extraction technique for Indian music
In Silico Study of Ketal Pyruvyl Transferase Family: Insights into Mechanism and Inhibition Pathways
Ketal Pyruvyl Transferase catalyzes the transfer of a pyruvate group to specific sugar residues—an essential step in the biosynthesis of bacterial polysaccharides like CPSA in Bacteroides fragilis. These polysaccharides are critical for bacterial virulence and immune evasion. Targeting WefO may help disrupt these protective capsules. In this study, computational methods were used to identify potential inhibitors of WefO, with the aim of developing effective drugs against B. fragilis infections, particularly those involving antibiotic resistance
Spectral Methods For Generating Artificialy disguised ...Spectral Methods For Generating Artificialy disguised speech dataset for training Ai Based Forensic Acoustic System
In this study a Deep Learning based Siamese Neural Network is trained for determining whether normal and electronically disguised versions have same lineage.
Learn MoreGender Difference in Brain Connectivity of ...Gender Difference in Brain Connectivity of Healthy Adults Based on Diffusion Tensor Imaging And Functional MRI
In DTI, information about the fastest direction of diffusion in each voxel is used to computationally generate white matter fiber tracts passing through those voxels.
Learn MoreDevelopement of an AI Based For ...Developement of an AI Based For The Detection of Parkisnson's Disease
Study of pre-existent method , Development of a model for PD diagnosis ,Using Voxel Based Morphometry (VBM) for studying brains of people affected with PD ,Study of Resting State Networks from fMRIs.
Learn MoreAI in Medical Imaging Doctor's 3rd ...AI in Medical Imaging Doctor's 3rd eye
Develop 3D CNN models for 3D medical image analysis Study and implement the effect of patches in image classification and segmentation
Learn More