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Tutorial 7E - A Rapid Graphical Programming Approach to SDR Design & Prototyping
Session Number: 7E
Track: Track E
Session Type: Tutorial
Tags: National Instruments, Sam Shearman
Author (A - C): None
Author (D - I): None
Author (J - N): None
Author (O - S): Sam Shearman
Author (T - Z) : None
Author's Organization: None
Additional Information: A Rapid Graphical Programming Approach to SDR Design & Prototyping with LabVIEW and the Universal Software Radio Peripheral
The Universal Software Radio Peripheral (USRP) has proven a popular hardware platform for host-based software defined radio prototyping with GNURadio. While the approach is popular, the learning curve associated with Linux, GNURadio, Python, and C++ can be challenging for some potential users. To improve ease-of-use and enable the platform for a broader set of users, National Instruments has recently released support for the USRP hardware to Microsoft Windows and the LabVIEW graphical programming environment. This session will show how you can design and prototype communications algorithms with LabVIEW in Windows. Live demonstrations will show how you can define a custom communication protocol using LabVIEW-based graphical programming and establish a live digital link between two USRPs.
Tutorial 7E - A Rapid Graphical Programming Approach to SDR Design & Prototyping
Session Number: 7E
Track: Track E
Session Type: Tutorial
Tags: National Instruments, Sam Shearman
Room(s)/
Time(s):
Time(s):
Regency E => Fri, Dec 02, 2011 (08:30 AM - 10:30 AM)
Author (A - C): None
Author (D - I): None
Author (J - N): None
Author (O - S): Sam Shearman
Author (T - Z) : None
Author's Organization: None
Additional Information: A Rapid Graphical Programming Approach to SDR Design & Prototyping with LabVIEW and the Universal Software Radio Peripheral
The Universal Software Radio Peripheral (USRP) has proven a popular hardware platform for host-based software defined radio prototyping with GNURadio. While the approach is popular, the learning curve associated with Linux, GNURadio, Python, and C++ can be challenging for some potential users. To improve ease-of-use and enable the platform for a broader set of users, National Instruments has recently released support for the USRP hardware to Microsoft Windows and the LabVIEW graphical programming environment. This session will show how you can design and prototype communications algorithms with LabVIEW in Windows. Live demonstrations will show how you can define a custom communication protocol using LabVIEW-based graphical programming and establish a live digital link between two USRPs.
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