Abstract In this work we addressed the approach for designing a printed dog-bone dipole antenna. The results arrived are related to the numerical and experimental models of the printed structure. We study the models of the enclosure so as to develop the protection function. Further we analyse the structure on values of shielding effectiveness. To get the best results we changed... In this work we addressed the approach for designing a printed dog-bone dipole antenna. The results arrived are related to the numerical and experimental models of the printed structure. We study the models of the enclosure so as to develop the protection function. Further we analyse the structure on values of shielding effectiveness. To get the best results we changed the three parallel positions inside the enclosure. Read More Read Less

Abstract In this work we studied the thermal impact of the human skin in the UMTS network. This paper addressed an interdisciplinary approach for designing of biological structures which is organized using the thermos visual system with infrared camera. We draw the data from the real life situation by leaving the computer based simulations. We kept a marginal distance between the... In this work we studied the thermal impact of the human skin in the UMTS network. This paper addressed an interdisciplinary approach for designing of biological structures which is organized using the thermos visual system with infrared camera. We draw the data from the real life situation by leaving the computer based simulations. We kept a marginal distance between the used infrared camera and participants of this study. We found during the experimentation that there is no heating of the human skin even after 40 minutes of calling. It may be due to the biological mechanism for adaptation in different conditions and biological processes involved in the process. Read More Read Less

Abstract We propose for assessing the outage conditions of FSO system using optimal parameters. We deployed the laser beam propagation with the presence of normal atmospheric turbulence and random jitter. We further derived the closed from expressions for measuring the outage conditions.... We propose for assessing the outage conditions of FSO system using optimal parameters. We deployed the laser beam propagation with the presence of normal atmospheric turbulence and random jitter. We further derived the closed from expressions for measuring the outage conditions. Read More Read Less