C. Jackson (US) University of Delaware, ECE
University of Delaware ECEAuthor Of 2 Presentations
WA4.6 - DEMONSTRATION OF PACKETIZED DISPLAY PROTOCOL (PDP) TO OVERCOME SPEED AND RESOLUTION LIMITATIONS OF CONVENTIONAL DISPLAY PROTOCOLS
Abstract
Abstract
Traditional display protocols have limitations in terms of fixed refresh-rates, high bandwidth requirements, and control over the display of frames. This paper demonstrates the performance results of an alternative approach utilizing a packetized display protocol architecture incorporating dynamic refresh-rates, high-speed capabilities, to bridge performance gaps.
WB2.2 - FABRICATION, EVALUATION, AND IMPROVEMENTS OF 1KX1K AND 2KX2K INFRARED LED SCENE PROJECTOR SYSTEMS
- H. Ahmed (US) University of Delaware
- R. McGee (US) University of Delaware
- J. Marks (US) University of Delaware
- A. Waite (US) University of Delaware
- A. Landwehr (US) University of Delaware
- C. Jackson (US) University of Delaware, ECE
- G. Ejzak (US) University of Delaware
- T. Browning (US) University of Delaware
- P. Barakhshan (US) 139 the Green
- M. Hernandez (US) University of Delaware
- A. Deputy (US) University of Delaware
- T. Lassiter (US) University of Delaware
- C. Campbell (US) university of Delaware
- F. Kiamilev (US) university of Delaware
- J. Prineas (US) University of Iowa
- E. Koerperick (US) Firefly Photonics LLC
Abstract
Abstract
Infrared LED Scene Projector (IRSP) system is an emerging technology that has made numerous progress in its development and testing. That progress ranges from fabrication and evaluation steps to improve the electronics as well as improvements to the 1Kx1K and 2Kx2K hybrid arrays.
Presenter Of 1 Presentation
WA4.6 - DEMONSTRATION OF PACKETIZED DISPLAY PROTOCOL (PDP) TO OVERCOME SPEED AND RESOLUTION LIMITATIONS OF CONVENTIONAL DISPLAY PROTOCOLS
Abstract
Abstract
Traditional display protocols have limitations in terms of fixed refresh-rates, high bandwidth requirements, and control over the display of frames. This paper demonstrates the performance results of an alternative approach utilizing a packetized display protocol architecture incorporating dynamic refresh-rates, high-speed capabilities, to bridge performance gaps.