How do I determine what percentage of a signal is reflected and what percentage goes through a wall.
I know that I am over simplifying things, but for the purpose of my project I need a simple answer to this problem.
What parameters are needed for the solution and how do we calculate this...
I want to know generally what the relation between dB loss and percentage loss is. If I want to know what percentage of a signals strength is lost knowing what its dB loss is, how would I accomplish that.
Thanks.
Homework Statement
Determine which, if any, of the following functions have the properties of auto-correlation functions. Justify your determination.
http://rndpakistan.com/projects/hswhs/images/ques.jpg
Homework Equations
[PLAIN][PLAIN]http://rndpakistan.com/projects/hswhs/images/autop.jpg...
Homework Statement
Consider a speech signal with a maximum frequency of 6kHz. It is sampled at 10kHz and stored. Suggest a scheme to reconstruct the toll-quality speech signal as close to the original signal as possible.
Homework Equations
The Attempt at a Solution
I just need to know how to calculate the scattering. What parameters are needed to calculate. I am using a light model to graphically show radio wave propagation.
Can you give me an example on how to calculate scattering for these 2,
1- Light on concrete wall.
2- 2.4Ghz RF on concrete wall.
The comparison would help me understand much better.
Thanks.
I am modeling an indoor based propagation model. I am simulating a light to show radio wave propagation through ray tracing techniques.As light and radio wave operate at different frequencies , I want to translate properties like refraction index for light to radio wave.
Thanks.
I am modelling a radio wave propagation simulator for a Wifi at 2.4 Ghz.
I know that the refracted index of glass for light is around 1.5, how do I translate this to a 2.4 Ghz radio wave.
And what about other materials,
such as concrete, brick wall etc.
Thanks.