Blind Signal Processing for Medical Sensing Systems with Optical-Fiber Signal Transmission

Optical Fiber Delay-Line Signal Processing

Single-mode optical fiber is an attractive delay medium for processing microwave frequency signals due to its extremely low loss ( <0.1 dB/ps) and large available time-bandwidth product (in excess of 105 ). Recent progress in the efficient tapping of light from single-mode fibers has made it possible to construct recirculating and nonrecirculating (tapped) delay-line structures that can perform...

Signal Processing for Optical Fiber based Wireless Access

Wireless communications has entered a new phase. The focus is shifting from voice to multimedia services, which need wideband radio links. Furthermore, new wireless subscribers are signing up at an increasing rate demanding more capacity. Micro and pico cellular architecture is an attractive solution for both of these issues because, it increases the frequency reuse and enables wideband access....

Blind signal processing algorithms

The objective of this survey paper is the presentation of the main aspects associated with blind signal processing. The paper describes some of the most important blind signal processing methodologies and briefly presents the fundamental algorithms used for their implementation.

Millimitre Wave Quasi-optical Signal Processing Systems

The mesoaccumbens dopamine system has been implicated in many basic psychological processes (e.g. "wanting" and "liking") and illnesses (e.g. addiction, depression, schizophrenia). However, the precise computational functions of nucleus accumbens and dopamine neurons within the system remain unknown. In this thesis, we test some of the current hypotheses regarding the function of this system us...

Signal Processing for Medical Imaging