FM Radio Detection & Demodulation
Research project engineering automated FM radio signal detection using USRP software-defined radio and GNU Radio, implementing robust signal processing workflows and automation scripts.
Research Capabilities
Automated Signal Detection
Sophisticated algorithms for identifying FM radio signals across the spectrum with configurable sensitivity and frequency scanning capabilities.
Real-time Demodulation
High-performance FM demodulation pipeline converting RF signals to baseband audio with minimal latency and distortion.
GNU Radio Integration
Advanced signal processing workflows using GNU Radio's comprehensive DSP library and flowgraph architecture.
USRP Hardware Control
Direct interface with USRP software-defined radio hardware for precise frequency control, gain adjustment, and sampling configuration.
Research Impact & Achievements
Advanced understanding of signal processing and RF systems through practical implementation of complex radio technologies
Key Achievements
Engineered automated FM radio detection and demodulation system
Implemented sophisticated signal processing algorithms
Designed robust automation scripts for signal analysis
Applied advanced RF engineering principles in software-defined radio
Technical Contributions
- • Advanced RF engineering and signal processing expertise
- • Practical implementation of SDR technology in research
- • Automated experimental framework development
- • Real-time digital signal processing optimization
- • Deep understanding of radio frequency engineering principles
- • Hands-on experience with professional SDR hardware