The significant number of mobile health (mHealth) systems developed over the past decade
reflect the broad applicability spectrum of such systems and services in standard clinical …

The wider adoption of mobile Health video communication systems in standard clinical
practice requires real-time control to provide for adequate levels of clinical video quality to …

The wider adoption of mHealth video communication systems in standard clinical practice
requires adequate levels of clinical video quality to support reliable diagnosis. The latter …

Mobile-health (m-health) systems and services are expected to undergo significant growth in
the near future [1]?[4]. Based on recent advances in signal and video processing and …

Significant technological advances over the past decade have led mHealth systems and
services to a remarkable growth. It is anticipated that such systems and services will soon be …

M-health services are expected to become increasingly relevant in the management of
emergency situations by enabling real-time support of remote medical experts. In this …

In real‐time remote diagnosis of emergency medical events, mobility can be enabled by
wireless video communications. However, clinical use of this potential advance will depend …

It is well known that the evolution of 4G-based mobile multimedia network systems will
contribute significantly to future mobile healthcare (m-health) applications that require high …

Telemedicine systems often transmit different types of streams simultaneously, such as
realtime video, images, vital signs, or other readings from medical sensors. Depending on …

Motivated by emerging vision-based intelligent services, we consider the problem of rate
adaptation for high-quality and low-delay visual information delivery over wireless networks …