This repo contains the source content used to generate my textbook, PySDR: A Guide to SDR and DSP using Python, hosted at www.pysdr.org.
Feel free to submit an issue, or even a Pull Request (PR) with fixes or improvements. Those who submit valuable feedback/fixes be permanently added to the acknowledgments section. Not good at Git but have changes to suggest? Feel free to email me at pysdr@vt.edu.
On windows:
sphinx-build -b html -D imgmath_latex="C:\Program Files\MiKTeX 2.9\miktex\bin\x64\latex.exe" . _build
On Ubuntu with latest sphinx via apt-get (3.2.1 at the time of this writing) installed with pip, I had to add ~/.local/bin to PATH, and apt-get install texlive-latex-extra:
sphinx-build -b html . _build
chapter name refs, for my reference when writing:
- sampling-chapter
- pulse-shaping-chapter
- pluto-chapter
- pluto-adv-chapter
- multipath-chapter
- noise-chapter
- modulation-chapter
- link-budgets-chapter
- iq-files-chapter
- noise-chapter
- intro-chapter
- freq-domain-chapter
- filters-chapter
- channel-coding-chapter
- author-chapter
Ideas for future chapters:
- Equalization, would be the last step needed to finish the end-to-end comms link
- "Bringing it all together", discussion and Python+SDR implementation of a full receiver, perhaps ADS-B or RDS
- Cyclostationary, ask Chad if he wants to co-write it
- OFDM, simulating OFDM and CP, show via Python how it turns freq selective fading into flat fading
- How to create real-time SDR apps with GUIs in Python using pyqt and pyqtgraph, or even just matplotlib with updating