KIOSADMIN

The Effect of Dielectric Covers on Impulse Behavior of Non-uniform Gaps

Petros N. Mavroeidis Post-Doctoral Researcher, KIOS Research Center University of Cyprus Wednesday, 16th October 2013, 17:00 – 18:30 Room ΠΤΕΡ Ε113, Old Campus University of Cyprus Abstract: A common objective in the design of high voltage systems is gap compaction meeting safety and environmental standards. This can be achieved by using composite gaseous/dielectric insulation, which, […]

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Connected vehicles and their potential to alleviate cyber-physical congestion

Panayiotis Kolios Wednesday, 23th October 2013, 17:00 – 18:30 Room ΠΤΕΡ Ε113, Old Campus University of Cyprus Abstract: In this presentation, major issues related to urban transport and Intelligent Transportation Systems are discussed. More specifically, we look at the congestion problem that arises both at a physical (i.e. traffic jam) level and the virtual space

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A Fluoroscopic Cancer Screening Capsule For The Small Intestine»

Panayiota Demosthenous PhD Student at the University of Cyprus Wednesday, 4th December 2013, 17:00 – 18:30 Room ΠΤΕΡ Ε113, Old Campus University of Cyprus Abstract: Early detection of cancer is crucial to the success of treatment and the survival of patients. One of the organs that present a diagnostic challenge in regards to early cancer

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Award Winning “Smart” phone technology developed by the University of Cyprus, secures interest from an International Hi-Tech Company

04/12/12 – Article in Stockwatch 05/12/12 – Article in Politis Newspaper 07/12/12 – Radio Interview of Professor Christos Panayiotou by Costas Michailides for the programme “Within and Without”, First Radio

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HYBRID: The formulation of the next generation state estimator by utilizing synchronized phasor measurements

There is a need to provide real-time, accurate and reliable information for the states of the power system through an advanced state estimator that could be the cornerstone of a future real time wide area monitoring system. This project will concentrate on developing a concrete methodology for incorporating the synchronized phasor measurements into the existing

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