The authors discuss implementation aspects of a software-defined radio system that allows the user to define waveforms using an algebraic language interface, currently as an extension to C++.
Current software-defined radio systems provide waveform definitions through a combination of a graphical interface, markup language, interpreted script, and compiled code. Regardless of the methods used, the actual executed code generates each waveform via a series of graph-style connections: instantiating blocks and then explicitly connecting ports between blocks. The current authors propose a system that allows the definition of waveforms using a novel text-based algebraic language interface similar to that found in MathWorks MATLAB or GNU Octave.
Downloads
Similar Publications
- Examining Radicalization's Risk and Protective Factors: A Case-Control Study of Violent Extremists, Non-Violent Criminal Extremists, Non-offending Extremists & Regular Violent Offenders
- Decomposition of Juvenile-Sized Remains: a Macro- and Microscopic Perspective
- A Comparison of Laser Ablation Inductively Coupled Plasma Mass Spectrometry (LA-ICP-MS) Micro X-Ray Fluorescence (uXRF) and Laser Induced Breakdown Spectroscopy (LIBS) for the Discrimination of Automotive Glass