Abstract:
This tutorial provides an overview of the hardware architectures and signal processing that form the core of satellite-based navigation receivers such as GPS. The concept...Show MoreMetadata
Abstract:
This tutorial provides an overview of the hardware architectures and signal processing that form the core of satellite-based navigation receivers such as GPS. The concepts of spread spectrum and code division multiple access are introduced along with their roles in signal acquisition and tracking. The super-heterodyne front-end architecture will be described as well as the baseband architecture that utilizes in-phase and quadrature processing. Tracking loops are discussed along with measurement generation. The tutorial concludes with a brief look at so-called "modernized" satellite-based navigation signals.
Published in: IEEE Aerospace and Electronic Systems Magazine ( Volume: 34, Issue: 2, February 2019)
Keywords assist with retrieval of results and provide a means to discovering other relevant content. Learn more.
- IEEE Keywords
- Index Terms
- Signal Processing ,
- Global Positioning System ,
- Receiver Architecture ,
- Receiver Front-end ,
- Baseband Signal Processing ,
- Modernity ,
- Signal Acquisition ,
- Spread Spectrum ,
- Code Division Multiple Access ,
- Additive Noise ,
- Signal Power ,
- Carrier Frequency ,
- Thermal Noise ,
- Earth Surface ,
- Global Navigation Satellite System ,
- Front End ,
- Doppler Shift ,
- Signal Reception ,
- Phase-locked Loop ,
- Noise Factors ,
- Noise Figure ,
- Local Oscillator Signal ,
- Global Positioning System Signal ,
- Loop Filter ,
- Parallel Search ,
- Binary Phase Shift Keying ,
- Cold Start ,
- Linear Gain ,
- Effective Aperture ,
- Parallelization
Keywords assist with retrieval of results and provide a means to discovering other relevant content. Learn more.
- IEEE Keywords
- Index Terms
- Signal Processing ,
- Global Positioning System ,
- Receiver Architecture ,
- Receiver Front-end ,
- Baseband Signal Processing ,
- Modernity ,
- Signal Acquisition ,
- Spread Spectrum ,
- Code Division Multiple Access ,
- Additive Noise ,
- Signal Power ,
- Carrier Frequency ,
- Thermal Noise ,
- Earth Surface ,
- Global Navigation Satellite System ,
- Front End ,
- Doppler Shift ,
- Signal Reception ,
- Phase-locked Loop ,
- Noise Factors ,
- Noise Figure ,
- Local Oscillator Signal ,
- Global Positioning System Signal ,
- Loop Filter ,
- Parallel Search ,
- Binary Phase Shift Keying ,
- Cold Start ,
- Linear Gain ,
- Effective Aperture ,
- Parallelization