Fundamentals of telecommunications

ul. Zwierzyniecka 10, 15-351 Białystok, s. CBD-32

lecturer: Krzysztof Konopko

Presentations from the lecture:

• Introduction. Communication Systems Overview.
• Deterministic Signal Analysis. Stochastic Signal Analysis.
• Noise.
• Transmission Media.
• Analog Modulation Systems.
• Noise in Analog Communication Systems.
• PCM.
• Baseband transmission.
• Digital modulation.

Instructions for laboratory exercises:

• Deterministic and random signal analysis.
  • real_det_signals.grc,
  • complex_det_signals.grc,
  • real_random_signals.grc,
  • hack_rf_syg.grc.
• Spectral characteristics of the telephone channel.
  • ampl_char.grc,
  • delay.grc.
• Analog modulation.
  • gen_AM_DSB.grc,
  • gen_AM_DSB-SC.grc,
  • det_AM_DSB.grc,
  • det_AM_DSB-SC.grc,
  • gen_FM.grc,
  • det_FM.grc.
• PCM.
  • sampler.grc
  • quantizer.grc
  • A-law.grc
  • A-law static.grc
  • A-law SNR.grc
  • u-law.grc
  • u-law static.grc
  • u-law SNR.grc
• Baseband digital transmission.
  • plot_psd.py
  • 2b1q_5000_0.001_1_48000.dat
  • ami_5000_0.001_1_48000.dat
  • manchester_5000_0.001_1_48000.dat
  • polnrz_5000_0.001_1_48000.dat
  • polrz_5000_0.001_1_48000.dat
  • uninrz_5000_0.001_1_48000.dat
  • unirz_5000_0.001_1_48000.dat
  • eye_diagram.grc
  • transmission_BER.grc
• Digital modulation.  (constellations.txt)
  • digital_modulation_BER.grc

Bibliography:

1. Simon Haykin, Communication Systems
2. John G. Proakis, Masoud Salehi, Fundamentals of Communication Systems
3. A. Bruce Carlson, Paul B. Crilly, Janet C. Rutledge, Communication Systems
4. B. P. Lathi and Z. Ding, Modern Digital Analog Communication Systems
5. Roger L. Freeman, Fundamentals of Telecommunications
6. Krzysztof Wesolowski, Mobile Communication Systems