Dears,
I need unique and type answer (not hand written and no image) for this question:
Destination | Output Interface | Next Hop | Metric |
2.2.2.2 | Interface I1 | R2/A1 | 1 |
3.3.3.3 | Interface I3 | R2/A1 | 2 |
4.4.4.4 | Interface I1 | R2/A1 | 3 |
5.5.5.5 | Interface I1 | R2/A1 | 4 |
6.6.6.6 | Interface I2 | R6/A2 | 1 |
7.7.7.7 | Interface I2 | R6/A2 | 2 |
8.8.8.8 | Interface I1 | R1/A2 | 3 |
Metric cost is calculated based on the shortest path to the destination because no weights were given. Next hop is also determined based on the shortest path
Dears, I need unique and type answer (not hand written and no image) for this question:
Dears, I need unique and type answer (not hand written and no image) for this question: Let's consider below given network of MPLS/TP routers without Tunnel. Draw routing table for Router R1 Address A1 R3 Interface l1 R2 R4. R1 R5 Interface I2 R6 R7 R8 Address A2 Answer Destination Output Interface Next Hop 2.2.2.2 3.3.3.3 4.4.4.4 Metric 5.5.5.5 6.6.6.6 8.8.8.8 Let's consider below given network of MPLS/TP routers without Tunnel. Draw routing table for Router R1 Address A1 R3...
CHAPTER 4: CONTINUE ll. Multicast Routing Consider the network topology in Figure-2 below H1 NET- Router R1 R3 R2 R10 R4 R5 R6 R7 R8 R9 NET-4 NET-3 NET-2 H3 H5 H4 Figure 2: Multicast/Broadcast Topology CHAPTER 4: CONTINUE I. Multicast Routing - Continue Q3. Assume the host H1 is willing to multicast a message to the hosts H3, H4, and H5. Assume a center-based tree approach is used for multicast, R5 is selected as the center, and number-of-hops is...
with explanation please Answer the following: 140.24.7.0/26 170.14.0.0/16 140.24.7.5 170.14.5.165 180.55.0.0/16 140.24.7.64/26 m1 m3 140.24.7.78 R1 mo R2 180.55.100.30 m2 180.55.60.14 mo m3 145.80.7.11 190.220.44.67 140.24.7.128/26 140.24.7.130 145.80.0.0/16 Rest of Internet a) Find the routing table for router R1. Mask Network Address Next hop Interface b) Find the routing table for router R2. Mask Network Address | Next hop Interface c) A packet arrives at router R1 with destination address 145.80.14.26. Show how it is forwarded. d) A packet arrives...
I need the answer I need the answer i nned the answer QUESTION 1 A good routing path means choosing the fastest path between the sender and receiver if and only if it is the least cost and congested. True False QUESTION 2 There are two approaches to structuring network control planes, which are per-router control (traditional) and logically centralized control (software defined networking). True False in the network layer, the data plane identifies: The way they get processed inside...
EXPLAIN in details why is it true or false. need to be 100% POSTIVE OF ANSWER. SOLVE D E F G H I J 2) (10 points) IP and MAC addressing. True or False. Circle True or False. One point for each correct answer, zero points for each incorrect answer. Many of the questions refer the folowing network consisting of three 10Mbps Ethernet segments, one switch, and one router. Assume all ΛΕΡ tables are up-to-date unless otherwise stated Switch Ronter...
Question 2 [4 Mark (0.2 mark each)] Fill-in the answer in the given blank below (Hint: Use the below table to organize your answer). For the network shown in the figure, determine 1) The voltage drop on each element 2) The current through each elements and its direction 64 (note that, use the circuit to show the direction) 3) Determine Rr by combining resistive elements. 4) Use the found current in 2) to calculate Is 5) Determine Rīfrom Rra, 6)...
Consider the topology shown below with following requirements Three subnets A, B, C, should have enough addresses, starting from 192.100.10.0 to support 500 interfaces, 200 interfaces, and 100 interfaces, respectively. Each of subnets, D, E, and F has 32 interfaces. (not required for address assignment.) The IP addresses for three subnets should be assigned continuously, with spacing of power-2, that means, 250 will be rounded to 256, and so on. For each subnet, the assignment should take the form a.b.c.d/x...
PART A 21 MARKS SHORT ANSWER QUESTIONS Answer ALL questions from this part. Write your answers in the Examination Answer Booklet. Each question is worth 1.5 marks (14 x 1.5 = 21 marks). Question 1 An organisation has been granted a block of addresses with the mask /22. If the organisation creates 8 equal-sized subnets, how many addresses (including the special addresses) are available in each subnet? Show your calculations. Question 2 Give an example of a valid classful address...