Now showing items 1-5 of 5
An FPGA Based Rapid Prototyping Platform for MIMO Systems
There exists a seemingly limitless demand for wireless communications systems capable of higher datarates with lower power consumption. While the demand for improvement in these systems seems limitless, the spectrum ...
A FPGAÂBased Experimental PHY for 802.11b WLAN
The swift proliferation of wireless data communication systems, and the ever-increasing demand for faster data rates requires that engineers be able to quickly design, implement and test new wireless algorithms for data ...
A Hardware Testbed for the Implementation and Evaluation of MIMO Algorithms
As the demand for higher performance wireless communications continues to grow, novel algorithms have been developed which provide increased performance and efficiency. One such class of algorithms involves the use of ...
An FPGA Implementation Of Alamouti's Transmit Diversity Technique
This paper presents the FPGA implementation of a multiple antenna wireless communications system based on Alamouti's transmit diversity scheme. Alamouti's transmit diversty scheme is a space-time block code with support ...
VALID: Custom ASIC Verification and FPGA Education Platform
This paper describes VALID, a platform for testing student designed ASICs and for teaching the basics of FPGA design. VALID is designed to maximize ease of use from a student?s perspective while maintaining enough flexibility ...