Simulink library and course materials for software-defined radio (USRP)
| Date | Contributor | Description | Rating |
|---|---|---|---|
| 28 Nov 2011 | MathWorks Classroom Resources Team |
This course material consists of laboratory guides for giving a systems-level understanding of a modern digital communications device, based on Ettus USRP Software-defined radio (SDR) hardware. This material was created by Prof. Alexander M. Wyglinski at Worcester Polytechnic Institute. Topics covered: * Laboratory 0 - “Getting Started with MATLAB, Simulink, USRP2 Hardware, and USRP2 Blocks“ * Laboratory 1 - “Applying Digital Communication Concepts and Mastering SDR Design” (Source Code) * Laboratory 2 - “Basic SDR Implementation of a Transmitter and a Receiver” (Source Code) * Laboratory 3 - “Receiver Structure & Waveform Synthesis of a Transmitter and a Receiver” (Source Code) * Laboratory 4 - “Spectrum Sensing Techniques” (Source Code) * Additional Material “Quick Reference Sheet“ Note: The Simulink library is based on Communications System Toolbox. |
| Tag | Applied By | Date/Time |
|---|---|---|
| downloadable code | Raffaele | 20 Jun 2012 at 2:18pm |
| language english | MathWorks Classroom Resources Team | 28 Nov 2011 at 1:33pm |
| usrp | MathWorks Classroom Resources Team | 28 Nov 2011 at 1:33pm |
| country us | MathWorks Classroom Resources Team | 28 Nov 2011 at 1:33pm |
| academic | MathWorks Classroom Resources Team | 28 Nov 2011 at 1:33pm |
| downloadable code | MathWorks Classroom Resources Team | 28 Nov 2011 at 1:33pm |
| course materials | MathWorks Classroom Resources Team | 28 Nov 2011 at 1:33pm |
| electrical and computer engineering | MathWorks Classroom Resources Team | 28 Nov 2011 at 1:33pm |
| project based learning | MathWorks Classroom Resources Team | 28 Nov 2011 at 1:33pm |
| communications systems | MathWorks Classroom Resources Team | 28 Nov 2011 at 1:33pm |