We present a novel technique for the direct rendering of offset surfaces for polygonal meshes. The visible part of the offset surface of each triangle, defined as the union of three spheres, three cylinders and a prism, is constructed in a shader program utilizing the geometry shader. Our method creates exact offset surfaces, up to pixel resolution. Possible applications are real-time visualiza...

This paper provides an eficient method t o find all feasible offsets f o r a given separation in a VLSI channel routing problem in one layer. The prior literature considers this task only f o r problenis with no single-sided nets. When single-sided nets are included, the worst-case solution time increases from Q(n) to C2(ii2), where 11 is the number of nets. But we show that if the number of co...

We describe a method to improve the reading of active pixels, so that this FPN is cancelled, with as final result a better cosmetic quality of the image. Several solutions to this problem have been proposed in literature. We described a technique based upon shifting the threshold voltage of the source follower transistor in the pixel [1] and a correction technique with a dedicated co-processor ...

The Reynold’s equation and energy equation has been solved using finite difference method to study the effect of variation in offset factor on the performance characteristics such as oil-film temperatures, thermal pressures, load carrying capacity, power loss, and Sommerfeld’s number of offset-halves journal bearing. Numerical solution of Energy equation is achieved using Parabolic Temperature ...

This paper proposes a new method for parameter estimation of distorted single phase signals, through an improved demodulation-based phase tracking incorporated with a frequency adaptation mechanism. The simulation results demonstrate the superiority of the proposed method compared to the conventional SOGI (Second-Order Generalized Integrator)-based approach, in spite of the dc-offset and harmon...