About AODV: Assume that node D wants to send data to node G in the following topology. The starting sequence numbers of all nodes are also labeled. a. Please draw the structure of RREQ sent by D (assume that D doesn't know the sequence number of G). b. Will A receive RREQ? Will H receive RREQ? Will J receive RREQ? c. We know that every node will create a backward routing table in the route discovery process. Please draw the backward routing table at A (if A receives RREQ), E and F. d. Please draw the forward routing table at D after receiving RREP from G. e. If node H moves away, will G detect it? Will G propagate this link break to other node? Why? f. Assume D moves to a new position which is close to J during the transmission (the moving trace is shown as dotted line), as shown in the figure below. Please describe how the data transmission will be affected based on your understanding of AODV. describe step-by-step how a new routing path will be established. About AODV: Assume that node D wants to send data to node G in the following topology. The starting sequence numbers of all nodes are also labeled. a. Please draw the structure of RREQ sent by D (assume that D doesn't know the sequence number of G). b. Will A receive RREQ? Will H receive RREQ? Will J receive RREQ? c. We know that every node will create a backward routing table in the route discovery process. Please draw the backward routing table at A (if A receives RREQ), E and F. d. Please draw the forward routing table at D after receiving RREP from G. e. If node H moves away, will G detect it? Will G propagate this link break to other node? Why? f. Assume D moves to a new position which is close to J during the transmission (the moving trace is shown as dotted line), as shown in the figure below. Please describe how the data transmission will be affected based on your understanding of AODV. describe step-by-step how a new routing path will be established