Difference between revisions of "TEK5110/List of Questions"

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Radio communications (related to A1)
 
Radio communications (related to A1)
 
* What two functions are performed by antenna?
 
* What two functions are performed by antenna?
* What is isotropic antenna?
+
* What is an isotropic antenna? What factors determine antenna gain?
* What factors determine antenna gain?
+
 
* What is meant by radiation pattern?
 
* What is meant by radiation pattern?
* What is polarisation ? What are its types?
+
<!--- * What is polarisation? What are its types? --->
* What is the relation between frequency and wavelength?
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* What is the relation between frequency and wavelength? Provide examples of typical wavelength for mobile and wireless communications.
 
* What is fading? What are the differences between fast and slow fading, and what causes the effects?
 
* What is fading? What are the differences between fast and slow fading, and what causes the effects?
 
* Describe the disturbances of a radio wave due to attenuation, reflection, diffraction, scattering, and fading. What are these effects? Explain using practical examples from mobile communication environments.
 
* Describe the disturbances of a radio wave due to attenuation, reflection, diffraction, scattering, and fading. What are these effects? Explain using practical examples from mobile communication environments.
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Digital Communication and Communication Systems AA2
+
Digital Communication and Communication Systems AA2, A1-A4
* What are the core characteristics of mobile communications (1G-5G)?
+
* Looking into range, how do we classify wireless systems? Give examples. How can we extend the communication range?
* Looking into range, how to we classify wireless systems? Give examples.
+
* What effect does the signal to noise ratio has on wireless communications?
 +
* What are the factors for influencing the capacity of a system? Which factor dominates?
 +
* What are the core characteristics of mobile communication systems (1G-5G)?
 +
* What is the relation between dB and dBm?
 
* What is the propagation equation? How does real world propagation change the propagation equation?
 
* What is the propagation equation? How does real world propagation change the propagation equation?
*  
+
* What do we mean by indoor, pedestrian and vehicular environments? Where are they used?
 +
 
  
 
= Information =
 
= Information =
 
* Compendium [[Building_Mobile_and_Wireless_Networks_Compendium]]
 
* Compendium [[Building_Mobile_and_Wireless_Networks_Compendium]]
 
* Slides presented in the [[TEK5110]] lectures
 
* Slides presented in the [[TEK5110]] lectures

Revision as of 12:18, 29 August 2018

(back to TEK5110)

Questions related to TEK5110 Building Mobile and Wireless Networks

Radio communications (related to A1)

  • What two functions are performed by antenna?
  • What is an isotropic antenna? What factors determine antenna gain?
  • What is meant by radiation pattern?
  • What is the relation between frequency and wavelength? Provide examples of typical wavelength for mobile and wireless communications.
  • What is fading? What are the differences between fast and slow fading, and what causes the effects?
  • Describe the disturbances of a radio wave due to attenuation, reflection, diffraction, scattering, and fading. What are these effects? Explain using practical examples from mobile communication environments.
  • How is diffraction and NLOS used for radio communications?
  • What is an impuls response in mobile communications? Which are the two factors describing it?
  • What is the difference between rural communications and urban communications?


Digital Communication and Communication Systems AA2, A1-A4

  • Looking into range, how do we classify wireless systems? Give examples. How can we extend the communication range?
  • What effect does the signal to noise ratio has on wireless communications?
  • What are the factors for influencing the capacity of a system? Which factor dominates?
  • What are the core characteristics of mobile communication systems (1G-5G)?
  • What is the relation between dB and dBm?
  • What is the propagation equation? How does real world propagation change the propagation equation?
  • What do we mean by indoor, pedestrian and vehicular environments? Where are they used?


Information