Light has been used in many medical applications to monitor health status and diagnose
diseases. Examples include optical sensing through nearinfrared (NIR) spectroscopy …

This article presents a feasibility study on the transmission of information through the
biological tissues exploiting light. The experimental results demonstrating the potentials of …

Light in the range of 700-1100 nm has many proven diagnostics and therapeutic medical
applications. In this study, we demonstrate another potential application of light. We …

Radio and acoustic waves have been conventionally used for transmitting information
through biological tissues. However, some radio-based communications often suffer from …

In the biomedical signal analysis and transmission, procreation of radio frequency
communication technology is recurrently perplexed by electromagnetic interference. This …

Now a days, modern hospitals are adopting electronic health (E-Health) over traditional
health care services. The E-Health services are provided by a radiation free, high capacity …

Interest in implantable microchips for medical sensors is increasing. To reduce the
invasiveness of implantation, wireless data transmission in a living body is an important …

We report on an experimental low power transcutaneous optical telemetric link (TOTL) for
high speed biomedical data transfer. By decreasing the bandwidth to data rate ratio, a …

Promising development in the light emitting diode (LED) technology has spurred the interest
to adapt LED for both illumination and data transmission. This has fostered the growth of …

Wireless optical technology is an attractive alternative solution to radiofrequency (RF) one
for medical applications, in particular in the case of on-body communications. Actually, it …