Sürdürülebilir Kalkınma Amaçları
Yazarlar
- Turk, Kadir(7)
- Akinoglu, Bulent G.(6)
- Bingol, Ozkan(5)
- Ozden, Talat(5)
- Simsek, Cemaleddin(5)
- Albayrak, Cenk(4)
- Basoglu, Mustafa Engin(4)
- Dogan, Ramazan Ozgur(4)
- Ekinci, Murat(4)
- Herencsar, N.(4)
- Kayikcioglu, Temel(4)
- Dogan, Hulya(3)
- Gedikli, Eyup(3)
- Yanarates, Cagfer(3)
- Özden, Talat(3)
- Altan, Aytac(2)
- Altas, Ismail H.(2)
- Benli, Emrah(2)
- Cakmak, Recep(2)
- Demirbag, Kubra Simsek(2)
- Essaaidi, M.(2)
- Genemo, Musa Dima(2)
- Gul, Fatih(2)
- Kucuk, Mehmet Ali(2)
- Maleki, Masoud(2)
- Manshouri, Negin(2)
- Motai, Yuichi(2)
- Sreeram, G.(2)
- Tonyali, Samet(2)
- Tugcu, Emin(2)
- Turan, Raşit(2)
- Ture, Hayati(2)
- Yazgan, Ayhan(2)
- Yildirim, Nihan(2)
- Zaz, Y.(2)
- Aiordachioaie, D.(1)
- Akkaya, Kemal(1)
- Aklnoǧlu, Bülent Gültekin(1)
- Akmoǧlu, Bülent Gültekin(1)
- Akyurek, Feyzullah(1)
Yayınlar
- BildiriYalnız künye2014Imaging of the deteriorations and concrete quality of the tunnels (Zigina, Torul) with ground penetrating radar
Saricicek, Isil; Seren, Aysel; Lambot, S.; Giannopoulos, A.; Pajewski, L.; Andre, F.; Slob, E.; Craeye, C.
Ground Penetrating Radar (GPR) that give high resolution image and no damage to the researched surface, holds an important place in the use of near surface shallow researches. In this study; it is aim to investigate the fracture-crack system, the stratigraphy and the deterioration of the walls of Zigana Tunnel which is located at the way Trabzon-Gümüşhane in order to evaluate the existence of risk area leaking water out and structure contents. Furthermore, in addition to Zigana tunnel, the concrete quality of the Torul tunnel which has built recently was investigated. During examinations, GPR data were collected along totally 20 profiles at the entrance of the both sides of tunnels by using 500 MHz and 800 MHz shielded antennas. After applying data processing stages to the collected data, 2D and 3D images were acquired and interpreted.
- BildiriYalnız künye2014A new approach stereo based palmprint extraction in unrestricted postures
Bingol, Ozkan; Ekinci, Murat; Gokdogan, Ahmet
Regarding the palms recognition system studies, despite achieving a high success rate, hygiene problems in systems with contact and problems arising from changes in the alignment of the hand pose in non-contact ones have been encountered. To resolve these problems, 3D palmprint recognition systems have been developed, however these systems have not had the opportunity to spread due to expensive technologies used as well as low screening rates. In this study, to calculate the position and orientation of a palm in 3D space, a stereo camera system is proposed, with the help of these values by adjusting the geometric image of the palm is converted to a 2D environment. From these images, patterns used for recognition are extracted by using Active Appearance Models. Thus a non-contact system has been achieved, but also patterns that can be used by powerful 2D recognition systems have also been produced.
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