(Invited) Wavy Channel TFT Architecture for High Performance Oxide Based Displays

High-Performance Scalable Graphics Architecture for High-Resolution Displays

We present the Scalable Adaptive Graphics Environment (SAGE), a graphics streaming architecture for supporting collaborative scientific visualization environments with potentially hundreds of megapixels of contiguous display resolution. In collaborative scientific visualization it is crucial to share high resolution visualizations as well as high definition video among groups of collaborators a...

a-IGZO TFT Based Pixel Circuits for AM-OLED Displays

In this paper, we analyze application of amorphous Indium– Gallium–Zinc–Oxide thin film transistors (a-InGaZnO TFTs) to voltage-driven pixel electrode circuit that could be used for 4.3in. wide video graphics array (WVGA) full color active-matrix organic light-emitting displays (AM-OLEDs). Simulation results, based on a-InGaZnO TFT and OLED experimental data, show that both device sizes and ope...

HiperLearn: A High Performance Channel Learning Architecture

A learning system architecture using a channel information representation has been developed. This representation implies that signals are monopolar and local. Monopolar means that data only utilizes one polarity, e.g. positive values, allowing zero to represent no information. Locality derives from a partially overlapping mapping of signals into a higherdimensional space. This implies that a s...

Scalable Graphics Architecture for High-Resolution Displays

We envision situation-rooms and research laboratories in which all the walls are made from seamless ultra-high-resolution displays fed by data streamed over ultra-high-speed networks from distantly located visualization, storage servers, and high definition video cameras [1,6]. It will allow local and distributed groups of researchers to work together on large amounts of distributed heterogeneo...

Oxide tft pdf