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    A New Device for Describing Physical Properties of Skin Under Tensile Stress
    (IEEE, 2018) Ugurlutan, Rifat; Erogul, Osman; Erdogan, Ender
    Burns, trauma, cancer, etc., which deteriorate the integrity of the skin. Skin expansion surgeries that are used for therapeutic purposes with natural inspiration in cases are usually inflated with a saline infusion of a silicone balloon placed under the skin. Although imitating nature is the most challenging part of this treatment, knowing whether there is a physiological limit or not is the answer that will produce physical activity on the ground. In other words, when the physical force is above a certain value, the balloon is inflated excessively, resulting in complications such as necrosis due to impaired perfusion when the pressure effect applied to the ball by the pulling forces and balloon is over, or balloon exposition due to deep tearing at higher levels. For this reason, its deep physical properties and knowledge of the changes during application will give a very valuable insight into whether a pathological effect will occur. Optical, electrical and tensile responses will emerge in response to the physical changes that can occur in the bubble as the balloon is inflated. While many versions of these three responses are the subject of many studies separately in the literature, the biggest obstacle to the simultaneous execution of the researches is undoubtedly the low cost and high cost of synchronous devices. The topic of this article is the design of an effective system that can be used for research in this sense and the validity of the tests made.
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    Wide Area Scanning Trap Camera System with Multi-Cameras and Distinctive Motion Detection Sensor
    (IEEE, 2018) Simsek, Murat; Yalcinkaya, Fikret; Ugurlutan, Rifat
    The Trap Camera Systems in lots of different fields such as defense, medical, ecological research, wildlife surveillance, reconnaissance and surveillance, scientific research, nest ecology, rare species detection, ecological population estimation and rich species identification, border security, illegal migration detection, habitat occupation, orienteering, sports activities, military and civilian target detection and sporting events, provide limited situational awareness with single camera and motion detection sensor having ability Access restricted distances. Unlike the conventional systems, in this paper, we present a wide-area scanning system, which is created with four cameras and image processing software, designed to penetrate far distances with a unique designed motion detection sensors. The designed system is adaptive and compact and extra features can be optionally added with completely original software.