Question 9 6.25 pts Numerical answer. In order to evaluate the Pure Aloha protocol, we defined Nas the number of new frames (on all stations) to be transmitted per "frame time". "frame time" was defined as the time to transmit one frame (transmission time, as we neglect the propagation time). We also defined G as the number of generated frames (on all stations) to be transmitted per "frame time" Assume that the generated traffic is Poisson (G=0.25) and that we are using the transmission time T, as unit. The probability that 1 frame are generated during 1 unit time is Help: P |k, t] = D Question 10 6.25 pts Numerical answer. In order to evaluate the Pure Aloha protocol, we defined Nas the number of new frames (on all stations) to be transmitted per "frame time". "frame time" was defined as the time to transmit one frame (transmission time, as we neglect the propagation time). We also defined Gas the number of generated frames (on all stations) to be transmitted per "frame time" Assume that the generated traffic is Poisson (G=0.75) and that we are using the transmission time T, as unit. The probability that Oframe are generated during 2 units time is Help: P [2, 4] = D Question 11 6.25 pts Numerical answer. In order to evaluate the Pure Aloha protocol, we defined Nas the number of new frames (on all stations) to be transmitted per "frame time" "frame time was defined as the time to transmit one frame (transmission time, as we neglect the propagation time). We also defined Gas the number of generated frames (on all stations) to be transmitted per "frame time" Assume that the generated traffic is Poisson (G=0.75) and that we are using the transmission time T, as unit. The probability that 1 frame are generated during 2 units time is Help: Pk, t] = (..)*** Module 6 Slides, Review Slides 14 to 22 D Question 6 6.25 pts Check all that apply. Consider the table below that provides the time to a frame is ready to be sent at a station.tris provided using as unit the transmission time T of a frame. The first line provides the frame #. The second line provides the time trfor each frame. Frame # 0 1 2 3 4 tR(int) 0 | 1.1 2.1 | 3.2 | 4.1. Suppose that Pure Aloha is used. Check all frames that will experience a collision. None of these answers Frame #3 Frame #0 Frame # 1 Frame #2 - Previous Next Question 5 6.25 pts Select the best answer. Consider a system using a frame size equal to 1500 bytes. The bitrate is 12 Mbps, Assume that the unit used to measure time is equal to the time T, to send a frame. If we use the unit T, as unit, then 1000 Previous Next