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In an increasingly interconnected world, the rising number of wireless devices in the Internet of Things has caused heavy congestion on particular bandwidths (BWs). Due to spectrum scarcity, the need has arisen for these devices to operate on the same BWs. However, existing wireless devices are inflexible and have no capabilities to coexist with devices using other protocols. In this work, we propose...
Software-defined radios have introduced new platforms for dynamically modifying wireless system designs, and heterogeneous computing has opened up implementing such designs on different computing elements. Our goal is to develop a hardware-software modeling environment that captures reusability of various processing blocks at the physical layer for several modern protocols, and makes decisions regarding...
Software defined radio (SDR) allows unprecedented levels of flexibility by transitioning the radio communication system from a rigid hardware platform to a more user-controlled software paradigm. However, it can still be time consuming to design and implement such SDRs as they typically require thorough knowledge of the operating environment and a careful tuning of the program. In this work, we describe...
Modern-day wireless communications standards are constantly evolving to meet the needs of an increasing number of devices. To adapt to these trends, software-defined radio has garnered more interest. In order to adapt to evolving standards while maintaining strict timing constraints, heterogeneous computing has been explored. In this demonstration, we take a new approach to the design of an 802.11a...
Software-defined radio (SDR) allows the unprecedented levels of flexibility by transitioning the radio communication system from a rigid hardware platform to a more user-controlled software paradigm. However, it can still be time-consuming to design and implement such SDRs as they typically require thorough knowledge of the operating environment and a careful tuning of the program. In this paper,...
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