Abstract. Next-generation wireless computing platforms will contain flexible communications capabilites. At Rice University, the Rice Everywhere NEtwork (RENÉ) project is investigating a multi-standard, multi-tier integration of W-CDMA cellular systems, high speed wireless LANs, and home wireless networks. There are many challenges in mapping these advanced communication algorithms to real-time hardware computing platforms. In this paper, we present current work on the development of a reconfigurable baseband physical layer containing DSP processors and FPGA accelerators. Our goal is the design of a multi-tier network interface card (mNIC) which is capable of exploiting efficient, low-power reconfiguration
We have designed a coarse-grained, dynamically reconfigurable architecture, specifically for impleme...
[[abstract]]©2007 IEEE-There are many incompatible wireless systems. How to integrate them has becom...
Motivated by challenges from today's fast-evolving wireless communication standards and soaring sili...
Journal PaperNext-generation wireless computing platforms will contain flexible communications capab...
Abstract. Next-generation computing systems will be highly integrated using wireless networking. The...
Conference PaperNext-generation computing systems will be highly integrated using wireless networkin...
Next-generation computing systems will be highly integrated using wireless networking. The Rice Ever...
Journal PaperNext-generation computing systems will be highly integrated using wireless networking. ...
Conference PaperThe Center for Multimedia Communication at Rice University has developed a hardware ...
This book focuses on domain-specific heterogeneous reconfigurable architectures, demonstrating for r...
The need to integrate multiple wireless communication protocols into a single low-cost, low power ha...
This paper presents the architecture of a dynamically reconfigurable platform being developed specia...
Abstract. Future mobile communication systems have to be flexible while adapting to environmental co...
This paper discusses the implementation of multi-standard communication systems in dynamically recon...
Future mobile communication systems have to be flexible while adapting to environmental conditions a...
We have designed a coarse-grained, dynamically reconfigurable architecture, specifically for impleme...
[[abstract]]©2007 IEEE-There are many incompatible wireless systems. How to integrate them has becom...
Motivated by challenges from today's fast-evolving wireless communication standards and soaring sili...
Journal PaperNext-generation wireless computing platforms will contain flexible communications capab...
Abstract. Next-generation computing systems will be highly integrated using wireless networking. The...
Conference PaperNext-generation computing systems will be highly integrated using wireless networkin...
Next-generation computing systems will be highly integrated using wireless networking. The Rice Ever...
Journal PaperNext-generation computing systems will be highly integrated using wireless networking. ...
Conference PaperThe Center for Multimedia Communication at Rice University has developed a hardware ...
This book focuses on domain-specific heterogeneous reconfigurable architectures, demonstrating for r...
The need to integrate multiple wireless communication protocols into a single low-cost, low power ha...
This paper presents the architecture of a dynamically reconfigurable platform being developed specia...
Abstract. Future mobile communication systems have to be flexible while adapting to environmental co...
This paper discusses the implementation of multi-standard communication systems in dynamically recon...
Future mobile communication systems have to be flexible while adapting to environmental conditions a...
We have designed a coarse-grained, dynamically reconfigurable architecture, specifically for impleme...
[[abstract]]©2007 IEEE-There are many incompatible wireless systems. How to integrate them has becom...
Motivated by challenges from today's fast-evolving wireless communication standards and soaring sili...