Richard I. McCartney

发表

9.3: WhisperBus™: An Advanced Interconnect Link For TFT Column Driver Data

Richard I. McCartney, James Kozisek, Marshall J. Bell, 2001 .

60.1: Distinguished Paper: A Third Generation Timing Controller And Column Driver Architecture Using Point‐to‐Point Differential Signaling

Richard I. McCartney, Marshall J. Bell, 2004 .

A third‐generation timing controller and column‐driver architecture using point‐to‐point differential signaling

Richard I. McCartney, Marshall J. Bell, 2005 .

P‐16: A New Driving Method to Compensate for Row Line Signal Propagation Delays in an AMLCD

Richard I. McCartney, Soo Hwan Kim, Suk Ki Kim, 2004 .

9.2: A New Driving Method to Compensate for Row Line Signal Propagation Delays in an AMLCD and Analysis Using a Distributed Electrical Model

Suki Kim, Richard I. McCartney, Soohwan Kim, 2005 .

Performance testing of the primary flight instruments for the Boeing 777 airplane

Richard I. McCartney, Lee Haim, Curt Kucera, 1996, Defense, Security, and Sensing.

Primary flight instruments for the Boeing 777 airplane

Richard I. McCartney, James H. Ackerman, 1994, Defense, Security, and Sensing.

48.3: A Liquid Crystal Display Response Time Compensation Feature Integrated into an LCD Panel Timing Controller

Richard I. McCartney, 2003 .

57.1: Invited Paper: World's First ABSI LCD Module

Brian H. Berkeley, Richard I. McCartney, Tae-Sung Kim, 2005 .

Advanced bus system interface (ABSI) LCD module

Brian H. Berkeley, Richard I. McCartney, James Kozisek, 2006 .

57.3: Evaluation Results of LCD Panels using the PPDS™ Architecture

Richard I. McCartney, Marshall J. Bell, Susan R. Poniatowski, 2005 .

Electrical models of TFT‐LCD panels for circuit simulations

Suki Kim, Richard I. McCartney, Youngkwon Jo, 2008 .

A new driving method to compensate for row-line signal-propagation delays in an AMLCD

Suki Kim, Richard I. McCartney, Soo Hwan Kim, 2006 .