Difference between revisions of "UNIK4750/Lecture notes"

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(L4 - Smart Grid and AMS)
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<small>([[UNIK4750|back to UNIK4750]])</small>
 
<small>([[UNIK4750|back to UNIK4750]])</small>
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What have you learned today?
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Examples?
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% How can we evaluate?
  
 
= L4 - Smart Grid and AMS =
 
= L4 - Smart Grid and AMS =
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* integrity protection
 
* integrity protection
 
*
 
*
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= Example from UNIK4700 - Radio Propagation model =
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What will we learn today
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* Modes of Propagation
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* Free Space Propagation
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* Transmit Power
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* EIRP
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* Permittivity
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* Permeability
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* Attenuation
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* Reflection, Scattering, Diffraction
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= Test yourself, answer these questions=
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* Convert to dB, dBm: Pr = Pt . Gt . Gr . L(free)
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* What is the exact difference between permeability and permittivity?
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* What is Relative permittivity? and Relative Permeability?
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* Define Propagation constant

Revision as of 12:55, 18 February 2016

(back to UNIK4750) What have you learned today?


Examples?

% How can we evaluate?

L4 - Smart Grid and AMS

  • examples of adequate security
  • (how long validity of crypto...)
  • challenge of time synchronisation
  • traditional security testing mechanisms is valid, e.g....

Smart Meter

  • integrity protection


Example from UNIK4700 - Radio Propagation model

What will we learn today

  • Modes of Propagation
  • Free Space Propagation
  • Transmit Power
  • EIRP
  • Permittivity
  • Permeability
  • Attenuation
  • Reflection, Scattering, Diffraction

Test yourself, answer these questions

  • Convert to dB, dBm: Pr = Pt . Gt . Gr . L(free)
  • What is the exact difference between permeability and permittivity?
  • What is Relative permittivity? and Relative Permeability?
  • Define Propagation constant