This report is presented to draw one solution “people to people” (P2P) through the mobile technology that promotes the change in the field of sustainability in relation to the Application system. The HCI interaction field, as the basis for the study of this project, is defined as a multidisciplinary field of knowledge, focusing on the design of computer technology and, in particular, on the interaction between humans and computers.
For the development of this project it was necessary enough research information on the technologies that will be needed to create an application mobile. All this research and design belongs to just one of the various stages of this project that has the base of operations at ESEC

Chen, Q

Wong, N

English

Crossref

A Stochastic Integral Equation Method for Resistance Extraction of Conductors with Random Rough Surfaces

Due to the decreasing skin depth in high-frequency analog and digital circuits, surface roughness is playing an increasingly important role in interconnect parasitic extraction. However, the inaccessibility of detailed surface description and the complicated electromagnetic (EM) nature baffle satisfactory solutions to this kind of problems. In this paper, a new stochastic integral equation method is proposed to quantitively evaluate the impact of surface roughness on the frequency-dependent resistance extraction for interconnects. The surface information is given by statistical description instead of explicit functions. The direct derivation of the expected value of the surface integral equation of the EM wave eliminates the need of time-consuming Monte Carlo simulations. Numerical results verify the accuracy of the proposed method. © 2006 IEEE.link_to_subscribed_fulltex

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A stochastic integral equation method for resistance extraction of conductors with random rough surfaces

Patel, Shreyash Mukeshkumar

Repositório Comum