This work evaluates the feasibility of real-time wireless video streaming of medical
ultrasound signals over 802.11 g ad-hoc and 3G cellular broadband networks for disaster …

This work evaluates the feasibility of using 802.11 g ad hoc and 3G cellular broadband
networks to wirelessly stream ultrasound video in real-time. Telemedicine ultrasound …

A transportable telemedicine workstation has been designed, developed and evaluated for
use in isolated areas such as islands, rural areas and crisis situation areas. The EU …

Fast diagnosis plays a crucial role in treating the patients, which can be life saving
manytimes. Ultrasound scanning have the capability to image the organs in real time, thus …

Biomedical imaging remains as a critical thrust area in the healthcare domain with colossal
challenges and opportunities associated with analyzing and intelligent utilization of the …

We have developed an embedded ultrasound signal processing (EUSP) subsystem which
has the capability to process ultrasound signals of B mode, color flow and spectrum Doppler …

For wireless medical video communications, the emerging high-efficiency video coding
(HEVC) standard and network standards support low-delay and high-resolution video …

Recent advances in video compression such as the current state-of-the-art H. 264/AVC
standard in conjunction with increasingly available bitrate through new technologies like 3G …

This study analyzes the effect of bit rate on real time, wireless, and secure medical
ultrasound video transmission quality. In order to achieve a thorough quality analysis …

An integrated workstation developed for use in clinical medicine is described. The specific
application domain is gastroenterology with endoscopic, ultrasonic, and laboratory units …