This paper presents the design of WARP, a custom plat-form for research in advanced wireless algorithms and applications. The platform consists of both custom hardware and FPGA implementations of key communi-cations blocks. The hardware consists of FPGA-based processing boards coupled to wideband radios and other I/O interfaces; the algorithm implementations already include a flexible OFDM physical layer. Both the hard-ware specifications and algorithm implementations will be freely available to academic researchers to enable the development of a widely disseminated, highly capable platform for wireless research. 1
Software-defined Radio (SDR) platforms are popular tools to implement custom wireless network algori...
ISBN 978-0-7695-3782-5International audienceFull-fledged softare radio platforms are complex and exp...
This work describes the design, implementation, and performance evaluation of an orthogonal frequenc...
provides a scalable and configurable platform for wireless network research. Its programmability and...
The growth in the number of connected device usage has led to a rapidly increased data traffic on wi...
As wireless communications continue to evolve, complex new standards force researchers to adopt hete...
We present USC SDR, a wireless platform designed for easy-to-program, high data rate, real time wire...
There have been increasing developments in the area of wireless communications based on orthogonal f...
Over the past decade, wireless sensor network research primarily relied on highly-integrated commerc...
There has been a recent paradigm shift within the wireless communications academic community towards...
International audienceThis paper gives an overview of development and prototyping of a radio interfa...
In the recent past, communication is predominantly becoming wireless which is a drastic shift from w...
Abstract—In this paper, we present a framework for Medium Access Control (MAC) protocol development ...
This paper gives an overview of development and prototyping of a radio interface designed for high d...
Wireless communication is one of the most rapid growing technology. To support new services demandin...
Software-defined Radio (SDR) platforms are popular tools to implement custom wireless network algori...
ISBN 978-0-7695-3782-5International audienceFull-fledged softare radio platforms are complex and exp...
This work describes the design, implementation, and performance evaluation of an orthogonal frequenc...
provides a scalable and configurable platform for wireless network research. Its programmability and...
The growth in the number of connected device usage has led to a rapidly increased data traffic on wi...
As wireless communications continue to evolve, complex new standards force researchers to adopt hete...
We present USC SDR, a wireless platform designed for easy-to-program, high data rate, real time wire...
There have been increasing developments in the area of wireless communications based on orthogonal f...
Over the past decade, wireless sensor network research primarily relied on highly-integrated commerc...
There has been a recent paradigm shift within the wireless communications academic community towards...
International audienceThis paper gives an overview of development and prototyping of a radio interfa...
In the recent past, communication is predominantly becoming wireless which is a drastic shift from w...
Abstract—In this paper, we present a framework for Medium Access Control (MAC) protocol development ...
This paper gives an overview of development and prototyping of a radio interface designed for high d...
Wireless communication is one of the most rapid growing technology. To support new services demandin...
Software-defined Radio (SDR) platforms are popular tools to implement custom wireless network algori...
ISBN 978-0-7695-3782-5International audienceFull-fledged softare radio platforms are complex and exp...
This work describes the design, implementation, and performance evaluation of an orthogonal frequenc...