Prior conclusion of malignancy cell development prompts spare bunches of valuable human lives. The compressed image can be accessed and sent over telemedicine network using personal digital assistance (PDA) like mobile. The main objective of this work is to reject the noisy background and reconstruct the image portions losslessly. In this paper, we propose lossless scalable RBC for Digital Imaging and Communications in Medicine (DICOM) images based on Integer Wavelet Transform (IWT) and with distortion limiting compression technique for other regions in image. Lossless compression schemes with secure transmission play a key role in telemedicine applications that help in accurate diagnosis and research. Hence, Region Based Coding (RBC) technique is significant for medical image compression and transmission.

For medical images, only a small portion of the image might be diagnostically useful, but the cost of a wrong interpretation is high. Compression methods capable of delivering higher reconstruction quality for important parts are attractive in this situation. Many classes of images contain spatial regions which are more important than other regions. This model is easily adaptable to other medical imaging scenarios.Ĭopyright © 2015. The method efficiently uses the available device resources: the memory usage did not exceed a 7% of the device capacity while the decoding times were smaller than the 200ms per Region of Interest, i.e., a window of 256×256 pixels.

The performance was evaluated by two expert pathologists interacting with a set of 20 virtual slides. The presented approach effectively exploits and extends the granularity of the JPEG2000 standard and integrates it with different strategies to achieve a lossless, loosely-coupled, decoder and platform independent implementation, adaptable to any interaction model. This article introduces a novel highly adaptable strategy for streaming and visualizing WSI from mobile devices.

However, such devices are still very limited. Nowadays, mobile devices have the actual potential of supporting an online pervasive network of specialists working together. Real integration of Virtual Microscopy with the pathologist service workflow requires the design of adaptable strategies for any hospital service to interact with a set of Whole Slide Images.

Dicom image compression software