Dr. Meriem Boumehed is a lecturer working in the area of computer vision as part of the Signals and Images Laboratory in the Department of Electronics at the University of Science & Technology Mohamed Boudiaf in Oran. She is the first author on the paper entitled “Moving Objects Localization by Local Region Based Level Sets: Application on urban Traffic”, published in the Journal of Mathematical Imaging and Vision, and which won the 2014 Algerian Paper of the Year Award in Computer Science & Engineering. Inspire Magazine speaks to Dr. Boumehed about the winning paper as well as other research taken place at her lab. Read More
Imaging science plays a crucial role in a wide spectrum of science fields ranging from remote sensing and automated surveillance to medical and biological fields. X-rays, positron emission tomography (PET) [1] and magnetic resonance imaging (MRI) [2] are just few examples of how imaging technology has propelled medical science into the next level. At Umeå Center for Molecular Medicine, we have been exploring the use of a relatively young 3D imaging technique known as Optical Projection Tomography (OTP), which we have so far applied to the investigation of diabetes in mice. Read More
Prof. Rachid Deriche, Research Director at INRIA Sophia Antipolis, was awarded the 2013 French Academy of Sciences Grand Prize of the EADS Corporate Foundation in Computer Science. This award recognises the achievements of a scientist in a French laboratory who has made exceptional contributions to the vitality and influence of computer science research while building outstanding cooperation with industry. Inspire Magazine spoke with Prof. Deriche to find out more about his research activities that led to this prize, which has been officially awarded at the Institut de France on the 15th of October 2013. Read More
Multiresolution analysis has received considerable attention in recent years from researchers in various fields. It is considered to be a powerful tool for efficiently representing signals and images at multiple levels of detail with many inherent advantages including compression, level-of-detail display and editing, as well as for practical applications such as pattern recognition, data mining and transmission. Read More
Research fields: biomedical signal processing and control, functional electrical stimulation, wireless body-centric networks, wireless control
Thesis title: Development of a wireless distributed three-channel stimulator system used for automated triggering of stimulation to enable coordinated task execution in stroke patients
Degree: PhD.
Supervisors: Prof. Ian Swain, Dr Jon Cobb Read More