Radio Propagation in Wireless Networks, 5 cr

Ydinsisältö

• 1. RADIO PROPAGATION MECHANISMS
  After this section the students can explain the differences between the main propagation mechanisms and solve simple numerical problems related to the reflection and diffraction.
• 2. PROPAGATION PREDICTION MODELS
  After this section, the students can categorize different propagation models in several ways and list the advantages and disadvantages for the different models depending on the category. In addition, students learn how to solve numerical propagation problems with Okumura-Hata and several other models.
• 3. MOBILE RADIO CHANNEL AND FADING MODELS
  After this section, the students understands the differences between fast and slow fading radio channels and they are able to categorize radio channels based on the coherence-time, the coherence-bandwidth and the system properties.
• 4. ATMOSPHERIC EFFECTS & SATELLITE RADIO CHANNELS
  After this section, the students can list the main differences between radio channel models used for satellite radio links and the terrestrial radio links.
• 5. SPATIAL MOBILE RADIO CHANNELS
  After this section, the students can describe how MIMO radio channel modeling differs from the SISO radio channel modeling.