Mobile wireless terminals tend to become multi-mode wireless communication devices. Furthermore, these devices need to be adaptive as they can adapt to changing environmental conditions as well as changing user demands. We foresee a heterogeneous reconfigurable system-on-chip (SoC) as the key-technology for future wireless communication systems. The SoC contains processing elements of different granularities. The implementation of a W-CDMA receiver with true dynamic reconfiguration capabilities in heterogeneous reconfigurable hardware is described
This paper proposes a broadband wireless transceiver which can be reconfigured to any type of cycli...
In addition to the high performance requirements inherent to multi-media processings or to W-CDMA, f...
We introduce the radio reconfigurability thanks to IRUWB mostly digital architecture for MANET conte...
Mobile wireless terminals tend to become multi-mode wireless communication devices. Furthermore, the...
A key issue of future wireless communication systems is that they have to be adaptive. In the Adapti...
During the last few years, the wireless market has experienced an exponential growth. 2G systems are...
Mobile wireless terminals tend to become multimode wireless communication devices. Furthermore, thes...
This paper presents the architecture of a dynamically reconfigurable platform being developed specia...
This paper discusses the implementation of multi-standard communication systems in dynamically recon...
Abstract. Future mobile communication systems have to be flexible while adapting to environmental co...
International audienceToday, wireless devices generally feature multiple radio access technologies (...
Future mobile communication systems have to be flexible while adapting to environmental conditions a...
The demands in terms of processing performance, communication bandwidth and real-time throughput of ...
The Wireless World Research Forum (WWRF) work area on Emerging Technologies pursues the identificati...
This book focuses on domain-specific heterogeneous reconfigurable architectures, demonstrating for r...
This paper proposes a broadband wireless transceiver which can be reconfigured to any type of cycli...
In addition to the high performance requirements inherent to multi-media processings or to W-CDMA, f...
We introduce the radio reconfigurability thanks to IRUWB mostly digital architecture for MANET conte...
Mobile wireless terminals tend to become multi-mode wireless communication devices. Furthermore, the...
A key issue of future wireless communication systems is that they have to be adaptive. In the Adapti...
During the last few years, the wireless market has experienced an exponential growth. 2G systems are...
Mobile wireless terminals tend to become multimode wireless communication devices. Furthermore, thes...
This paper presents the architecture of a dynamically reconfigurable platform being developed specia...
This paper discusses the implementation of multi-standard communication systems in dynamically recon...
Abstract. Future mobile communication systems have to be flexible while adapting to environmental co...
International audienceToday, wireless devices generally feature multiple radio access technologies (...
Future mobile communication systems have to be flexible while adapting to environmental conditions a...
The demands in terms of processing performance, communication bandwidth and real-time throughput of ...
The Wireless World Research Forum (WWRF) work area on Emerging Technologies pursues the identificati...
This book focuses on domain-specific heterogeneous reconfigurable architectures, demonstrating for r...
This paper proposes a broadband wireless transceiver which can be reconfigured to any type of cycli...
In addition to the high performance requirements inherent to multi-media processings or to W-CDMA, f...
We introduce the radio reconfigurability thanks to IRUWB mostly digital architecture for MANET conte...