19,99 €
inkl. MwSt.
Versandfertig in 6-10 Tagen
10 °P sammeln
Andere Kunden interessierten sich auch für
![How to Improve Interface Usability for Novice Users]( "How to Improve Interface Usability for Novice Users")
How to Improve Interface Usability for Novice Users46,99 €![Interactive Decision Support In Radiation Therapy Treatment Planning]( "Interactive Decision Support In Radiation Therapy Treatment Planning")
Interactive Decision Support In Radiation Therapy Treatment Planning44,99 €![Collaborative and Distributed Chemical Engineering. From Understanding to Substantial Design Process Support]( "Collaborative and Distributed Chemical Engineering. From Understanding to Substantial Design Process Support")
Collaborative and Distributed Chemical Engineering. From Understanding to Substantial Design Process Support75,99 €![A genetics-based approach to inheritance modeling]( "A genetics-based approach to inheritance modeling")
A genetics-based approach to inheritance modeling32,99 €![Design Of 10-bits Sar Based Analog To Digital Converter]( "Design Of 10-bits Sar Based Analog To Digital Converter")
Design Of 10-bits Sar Based Analog To Digital Converter36,99 €![A Belief Rule Based Expert System To Assess Colorectal Cancer]( "A Belief Rule Based Expert System To Assess Colorectal Cancer")
A Belief Rule Based Expert System To Assess Colorectal Cancer26,99 €![Image-based Facial Animation for Human Machine Interfaces]( "Image-based Facial Animation for Human Machine Interfaces")
Image-based Facial Animation for Human Machine Interfaces26,99 €
DICOM is a standard for modeling, storing, printing and transmitting information from medical imaging devices to healthcare systems. It is pervasively used in medical imaging in combination with different image formats and communication protocols. DICOM-based Medical Imaging Viewers provide the necessary capability for the doctors to interpret and analyze medical images such as brain scans and other modalities generated by radiology devices. The technology world moved from desktop to laptops, and very recently, even from laptops to tablets and phablets. On the contrary, DICOM-based Viewers are still traditional, mostly disconnected and offer fewer options for mobility. We propose a novel DICOM based Medical Image Viewer for tablets. This will allow targeted audience to view high resolution medical scans on their handhelds and tablets. Practitioners will be able to apply different image processing techniques for enhancing the medical images leading to improved readability and better diagnosis. The Viewer also offers color coding to assist in diagnosis.