Q2. Consider a wide area network (WAN) of interconnected LAN (local area network) that communicate using Packet over SONET/SDH network protocol assumes at a maximum rate of 10Mbits-1. Traffic rates on the network can be expressed as the peak value of the total bandwidth (BW) used, and the two fuzzy variables, "Quiet" and "Congested", can be used to describe the perceived loading of the WAN. If the discrete universal set X= {0,1,3,6,7,8,9,10} represent BW usage, in megabits per second as refer the degree membership function of the characteristic function as u(x)=U [0,1]. (a) Determine on your own fuzzy sets to represent these two fuzzy variables of "Quiet" and "Congested" rate for the network by using fuzzy set representation as: i) Graphical presentation the degree of membership function. 11) An ordered pair of the union of all uA(x)/x singleton (6) Based on the two-fuzzy set in Q2(a) above, determine the fuzzy sets for: 1) NOT Quiet OR NOT Congested il) Very Quiet MORE OR LESS Congested iv) NOT VERY Quiet 111 Q2. Consider a wide area network (WAN) of interconnected LAN (local area network) that communicate using Packet over SONET/SDH network protocol assumes at a maximum rate of 10Mbits-1. Traffic rates on the network can be expressed as the peak value of the total bandwidth (BW) used, and the two fuzzy variables, "Quiet" and "Congested", can be used to describe the perceived loading of the WAN. If the discrete universal set X= {0,1,3,6,7,8,9,10} represent BW usage, in megabits per second as refer the degree membership function of the characteristic function as u(x)=U [0,1]. (a) Determine on your own fuzzy sets to represent these two fuzzy variables of "Quiet" and "Congested" rate for the network by using fuzzy set representation as: i) Graphical presentation the degree of membership function. 11) An ordered pair of the union of all uA(x)/x singleton (6) Based on the two-fuzzy set in Q2(a) above, determine the fuzzy sets for: 1) NOT Quiet OR NOT Congested il) Very Quiet MORE OR LESS Congested iv) NOT VERY Quiet 111