Recent years have seen great development in the field of medical imaging and
telemedicine. Despite the developments in storage and communication technologies …

In spite of great advancements in multimedia data storage and communication technologies,
compression of medical data remains challenging. This paper presents a novel compression …

Transferring medical images from one center to another is common use in telemedicine.
These high-quality images stored in DICOM format require higher bandwidth for …

With the widely dispersed populations, efficient medical services have scarcely touched the
lives of the people in rural areas. However, the exponential increase in the growth of …

This paper proposes a novel medical image compression method using sparse
representation approach that exploits the geometrical regularity of image structure. The …

Efficient compression of a huge number of medical images becomes necessary for storing
and transmitting in telemedicine applications. In this paper, an algorithm is proposed for …

Transmission of medical images from one place to another is an important part of
telemedicine applications. Raw medical images take huge time for transmission which …

Advanced medical imaging requires storage of large quantities of digitized clinical data. Due
to the constrained bandwidth and storage capacity, a medical image must be compressed …

Every year, terabytes of medical image data are generated through advance imaging
modalities such as magnetic resonance imaging (MRI), ultrasonography (US), computed …

In this world of evolution, the utilization of the medical technology and huge data generation
by the different medical modalities, the storage, transmission and handling of the digital data …