ЦЕНТР ОСВІТА - РАЗДЕЛЫ САЙТА
|
Новини
We are looking for motivated candidates with an MSc in Artificial Intelligence, Computer Science, or a related field. Applicants have knowledge in computer vision, stochastic signal processing and/or machine learning and good programming skills in Matlab and/or C++. An interest in quantitative analysis of perception, cognition and emotion will be a significant plus. Applicants should be able to demonstrate independence and good communications skills.
We are looking for motivated candidates with an MSc in Artificial Intelligence, Electrical engineering, Computer Science, or a related field. Applicants have knowledge of stochastic signal processing, machine learning and good programming skills in Matlab and/or C++. An interest in large-scale computing and quantitative analysis of cognition and emotion will be a significant plus. Applicants should be able to demonstrate independence and good communications skills.
The main research objective for the Ph.D. student position is to analyze the benefit of harnessing location information with uncertainty to improve communication capabilities in wireless networks. Such benefits can be reaped at any layer of the protocol stack, and will be quantified based on real channel models, combined with rigorous theoretical analysis, and computer simulations. The Ph.D. student will work with a team of researchers, investigating diverse aspects of cooperative wireless networks, in the framework of an ERC Starting Grant.
The STW-Perspectief programme Nanoscopy: From sharp images to molecular interaction is a large national programme on the development of super-resolution microscopy or 'nanoscopy' and its applications in biomedical sciences. In the last decade new technologies have been developed that enable achieving resolutions down to 10-50 nm. In contrast, classical microscopy has a limited resolution of ~250 nm. This is a spectacular development, however, the potential of nanoscopy is much higher. It will allow the direct observation of molecular machines that make up the cell and enable extraction of functional data such as molecular interactions and dynamics. It is our ambition to lift existing nanoscopy techniques to a level that enables the extraction of information on biomolecular action and interaction in intact cells.
A limited number of partial-tuition scholarships are available to students in the Executive MBA Europe program for the cohort beginning October 2011. For students from qualifying countries, these awards are designed to offset partial costs of attendance to the Thunderbird Executive MBA Europe program. Awards will be applied directly towards the tuition expenses of the Executive MBA program in Geneva. Students must complete a separate form and essay for consideration. If awarded, the scholarship will be applied as a credit to the student.s tuition account (cash payments will not be made directly to the student). The amount of the scholarships will vary based on individual financial need, but awards will cover 20% - 25% of the program tuition.
|
|
