This is based on getting a more efficient network.
<u><em>Best solution will be for them to install a private 5G connection on the platform</em></u><u>.</u>
<u> </u>
- Now, we are told that they are not able to cover the platform with the Wi-Fi connections they are currently using.
Now, they need a connection that has high reliability and lower latency.
- Now, lower latency simply means there is little to no delay between the connection sending and receiving information. That means it can process a very high volume of data with very little delay. This indicates a very fast and efficient connection.
- Since they are currently using Wi-Fi, it means they need something with a faster speed.
Wi-Fi could be 4G operates at around a frequency of 2.4GHz and speed of while the one of 5G operates around 30 GHz.
- Also, latency of 4G Wi-Fi is around 50 milliseconds while 5G is around 1 millisecond.
- Also, the speed of 5G could be up to 20 GB per second which is almost 20 times more than that of 4G.
Thus, 5G is faster and also has a much lower latency than 4G Wi-Fi.
Thus, the best solution will be for them to install a private 5G connection on the platform.
Read more at; brainly.in/question/46252999
The CheckBoxList control is in the <span>System.Web.UI.WebControls namespace (so not winforms!). It has an Items[] indexer to get to the items. Counting starts at 0, so the third item would be:
cblparts.Items[2]</span>
Answer:
1) 10cos ( 2πfct + 10sin 2πfmt )
2) 50 watts
3) 1000 Hz
Explanation:
m(t) = 10cos(1000πt)
c(t) = 10cos(2πfct )
modulation index ( = 10
1) expression for modulated signal ( u(t) )
u(t) = Ac(cos 2πfct ) + A (cos 2πfct m(t) ) Am cos2πf mt
= 10cos 2πfct + 100 cos 2πfct cos2π500t
= 10cos ( 2πfct + 10sin 2πfmt )
2) power of modulated signal
power of modulated signal μ^2 / 2 ]
= 10^2/2 ]
= 50 watts
3) Bandwidth
B = 2fm = 2 * 500 = 1000 Hz
Doesn't look like there are any..